2009-03-31 Siemens.Simatic.PDM.v6.0.SP5.Multilanguage
2009-03-30 Ricardo_WAVE_V8.0
2009-03-30 SOLIDWORKS.V2009.SP.3.0.MULTILANGUAGE.UPDATE.ONLY.WIN64
2009-03-29 MicroSurvey.CAD.2009.v9.2
2009-03-29 Autodesk_AutoCAD_MEP_v2010
2009-03-29 LMS_VIRTUAL_LAB_REV8B_WIN32
2009-03-29 Autodesk_AutoCAD_Architecture_v2010
2009-03-27 Bentley.IRASB.XM.v08.09.04.57
2009-03-27 Bentley.PowerMap.XM.v08.09.04.88
2009-03-27 Bentley.Rebar.XM.v08.09.04.71
2009-03-27 Bentley.Microstation.GEOPAK.Survey.XM.Edition.v08.09.07.28
2009-03-27 Bentley.Microstation.GEOPAK.Site.XM.v08.09.07.28
2009-03-27 Bentley.Microstation.GEOPAK.Civil.Engineering.Suite.XM.v08.09.07.28
2009-03-27 Autodesk_AutoCAD_Architecture_v2010
2009-03-26 Mastercam X3 MU1 for SolidWorks2008-2009
2009-03-25 CD-adapco_Star-CD_v4.08_x86
2009-03-25 Pointwise.v16.02.R2
2009-03-24 Autodesk_AutoCAD_v2010
2009-03-23 Graitec.Advance.Steel.v2009
2009-03-23 CD-adapco.Star-CCM.Plus.v4.02 for win &Linux
2009-03-23 ESI.CFD.v2009.Windows32&win64
2009-03-22 AVL.Workspace.Suite.v5.1
2009-03-22 AVL.FIRE.2008
2009-03-21 Vero VISI v16.0 (c) Vero Software
2009-03-19 Accelrys.Materials.Studio.V4.4
2009-03-19 ESI.Procast 2009
2009-03-16 Delcom PowerMill v9.03 with SP5
2009-03-15 CIMCO.Software.Suite.v5.50.15
2009-03-14 Siemens.Softstarter.ES.2007.SP1.MULTiLANGUAGE.
2009-03-13 Geometric.Global.DFMPro.For.ProEngineer.v1.0.789
2009-03-12 data M COPRA Rollform 2005 SR1
2009-03-12 FeFlow v5.4
2009-03-11 Tecplot.Focus.2009.v12.0.0.3116
2009-03-11 Tecplot.360.2009.v12.0.0.3116
2009-03-10 Machining Strategist 10.0
2009-03-10 3DVIA.COMPOSER.V6R2009X.V6.3.3.1389
2009-03-10 Xceed.Ultimate.Suite.2008.v3.2.9123.Incl.Keygen
2009-03-10 WOLFRAM.RESEARCH.MATHEMATICA.V7.0.1.LINUX&Win&Mac
2009-03-09 Bentley AutoPipe V8i (09.01.00.27)
2009-03-08 Licom ALPHACAM 7.5
2009-03-08 SCAD Office 11.3
2009-03-07 SIEMENS.NX.I-DEAS.v6.0
2009-03-06 Plate'n'Sheet Professional Version 4.05.01
2009-03-06 APM WinMachine 2008 v9.5
2009-03-06 Bentley STAAD.Pro V8i (20.07.04.12) English
2009-03-06 TESIS FlowVision v2.5.04
2009-03-06 LISTECH LISCAD v9.0
2009-03-06 SolidWorks.Video.Tutorial.4th.edition
2009-03-05 Maptek Vulcan v7.5
2009-03-05 RhinoCeros v4.0 SR5 + Rhinopack
2009-03-03 ADINA v8.54
2009-03-02 Bentley OpenPlant PowerPID v8i (08.11.05.27) English
2009-03-02 Bentley ProSteel v8i (08.11.00.16) for MicroStation. English
2009-03-02 Bentley MX V8i (08.11.05.22) International
2009-03-02 Bentley PowerMAP v8i (08.11.05.13) English
2009-03-01 Bentley InRoads v8i (08.11.05.45) English
2009-03-01 Bentley FlowMaster v08.01.071.00
2009-03-01 CD-adapco.Star-CD.v4.08.Linux64&Linux32
from crack-cad
2009-04-01
2009-03-31
WellFlo v4.01 Weatherford
WellFlo systems analysis software is a powerful and simple-to-use stand-alone application to design, model, optimize and troubleshoot individual oil and gas wells, whether naturally flowing or artificially lifted. With this software, the engineer builds well models, using a guided step-by-step well configuration interface. These accurate and rigorous models display the behavior of reservoir inflow, well tubing and surface pipeline flow, for any reservoir fluid. Using WellFlo software results in more effective capital expenditure by enhancing the design of wells and completions, reduces operating expenditure by finding and curing production problems and enhances revenues by improving well performance.
For over a decade, WellFlo software has been trusted by petroleum engineers around the world to solve their most challenging production engineering problems. It delivers sophistication, speed, and accuracy for designing completions, forecasting performance, diagnosing well problems, and optimizing production from existing installations. At the same time, the program remains simple to use, ensuring rapid learning and a high level of productivity in today’s highly demanding oil and gas industry.
WellFlo software integrates many sophisticated engineering features in a single program allowing rapid comparisons of different scenarios. As a result, users can quickly identify those engineering factors dominating well performance.
The WellFlo well analysis package is a sophisticated well modeling tool with a wide application to all producing or injecting oil wells. With more than a decade of use in applications in all major hydrocarbon producing regions it has benefited from the wide range of technical environments in which it has been used. WellFlo 4.0 software builds on this pedigree, providing a new level of sophistication, flexibility and ease-of-use. As the product matures and future enhancements are made, this robust analysis tool will continue to provide unsurpassed capabilities for well modeling and optimization.
his new version represents a major step forward in systems analysis, providing a new level of power, sophistication, flexibility and ease of use. All of this in a modern, intuitive, workflow-based user interface. The following is a sampling of features that users will find in the latest release.
* Completely new graphical interface
* Data input de-coupled from creation of nodes
* Improvements to temperature model
* Major enhancements to equipment catalogs
* Internationalization support which provides easy translation to any language
* All new, interactive gas lift design tool incorporating true valve performance
* Improvements to reporting and plotting
* Ability to retain and organize any report or plot for future reference
* Dashboard showing overview of well parameters and model selections
* Sachdeva choke model
* Support for OLGAS 2000 steady-state multiphase flow correlation
* Enhancements to liquid loading calculations including addition of Coleman method
* Pressure and temperature survey matching
* Tuning of inflow performance relationship to measured data, including THP to BHP calculation
* Tuning of PVT parameters
* Tuning of well parameters to match well performance measurements
* Ability to import and filter data from Excel spreadsheets
* COM interface to external utilities and engineering applications
* Ability to create custom charts from calculated profiles including wellbore flow regime distribution
For over a decade, WellFlo software has been trusted by petroleum engineers around the world to solve their most challenging production engineering problems. It delivers sophistication, speed, and accuracy for designing completions, forecasting performance, diagnosing well problems, and optimizing production from existing installations. At the same time, the program remains simple to use, ensuring rapid learning and a high level of productivity in today’s highly demanding oil and gas industry.
WellFlo software integrates many sophisticated engineering features in a single program allowing rapid comparisons of different scenarios. As a result, users can quickly identify those engineering factors dominating well performance.
The WellFlo well analysis package is a sophisticated well modeling tool with a wide application to all producing or injecting oil wells. With more than a decade of use in applications in all major hydrocarbon producing regions it has benefited from the wide range of technical environments in which it has been used. WellFlo 4.0 software builds on this pedigree, providing a new level of sophistication, flexibility and ease-of-use. As the product matures and future enhancements are made, this robust analysis tool will continue to provide unsurpassed capabilities for well modeling and optimization.
his new version represents a major step forward in systems analysis, providing a new level of power, sophistication, flexibility and ease of use. All of this in a modern, intuitive, workflow-based user interface. The following is a sampling of features that users will find in the latest release.
* Completely new graphical interface
* Data input de-coupled from creation of nodes
* Improvements to temperature model
* Major enhancements to equipment catalogs
* Internationalization support which provides easy translation to any language
* All new, interactive gas lift design tool incorporating true valve performance
* Improvements to reporting and plotting
* Ability to retain and organize any report or plot for future reference
* Dashboard showing overview of well parameters and model selections
* Sachdeva choke model
* Support for OLGAS 2000 steady-state multiphase flow correlation
* Enhancements to liquid loading calculations including addition of Coleman method
* Pressure and temperature survey matching
* Tuning of inflow performance relationship to measured data, including THP to BHP calculation
* Tuning of PVT parameters
* Tuning of well parameters to match well performance measurements
* Ability to import and filter data from Excel spreadsheets
* COM interface to external utilities and engineering applications
* Ability to create custom charts from calculated profiles including wellbore flow regime distribution
2009-03-26
Mastercam X3 MU1 for SolidWorks2008-2009
CNC Software, Inc. is proud to introduce Mastercam® for SolidWorks®, which combines the world’s leading modeling software with the world’s most widely-used CAM software*. Now you can program parts directly in SolidWorks, using toolpaths and machining strategies preferred the most by shops around the world.
The Core of Your Machining Needs
Mastercam for SolidWorks includes a suite of the most sought-after cutting strategies, including High Speed Machining (HSM) toolpaths. In addition, Mastercam for SolidWorks delivers a powerful set of automated toolpaths that get parts off the machine faster, with little or no handwork.
High Speed Machining can deliver a faster turnaround and a superior finish. Mastercam for SolidWorks includes a suite of fully associative High Speed Machining techniques that make the most of your NC machines.
Core Roughing and Area Clearance efficiently remove bulk material with toolpaths tailored to your part’s core or cavity.
Rest Roughing smoothly removes remaining material from a previous rough pass.
Using a constant 3D stepover, Scallop finishing maintains a consistent finish on sloped and flat surfaces.
Horizontal area finishing quickly machines all flats on your part.
Spiral, Radial, and Raster machining deliver optimal choices for cutting different types of parts.
Pencil machining walks a tool along the intersection of solid faces to clean out hard-to-reach areas and details.
The Core of Your Machining Needs
Mastercam for SolidWorks includes a suite of the most sought-after cutting strategies, including High Speed Machining (HSM) toolpaths. In addition, Mastercam for SolidWorks delivers a powerful set of automated toolpaths that get parts off the machine faster, with little or no handwork.
High Speed Machining can deliver a faster turnaround and a superior finish. Mastercam for SolidWorks includes a suite of fully associative High Speed Machining techniques that make the most of your NC machines.
Core Roughing and Area Clearance efficiently remove bulk material with toolpaths tailored to your part’s core or cavity.
Rest Roughing smoothly removes remaining material from a previous rough pass.
Using a constant 3D stepover, Scallop finishing maintains a consistent finish on sloped and flat surfaces.
Horizontal area finishing quickly machines all flats on your part.
Spiral, Radial, and Raster machining deliver optimal choices for cutting different types of parts.
Pencil machining walks a tool along the intersection of solid faces to clean out hard-to-reach areas and details.
2009-03-25
Topsold 2009
TopSolid’2009 Design is a powerful integrated CAD/CAM solution for modelling, simulation and production (geometry, assemblies, structural calculation, dynamics, etc.) Such functions provide a powerful means to meet industry-specific requirements for the drafting, design and manufacture of products. Kinematics, structural calculation, sheet metal processing and mechanical components form an integral part of the software and improve efficiency in the design process.
Ergonomy
* Neutral Mode: Lots of new interaction available
* Improved Trees: Layers, Entities, etc.
* Copy operations by «drag-and-drop» from the operation tree
* New realistic mode: “rendering and edges“
* Import and export complete projects
* Automatic nomination of documents
Sketcher
* Management of open curves: visualisation of extremities
* Custom display of dimensions / constraints
* Offset curve with self-intersection management
3D Modelling
* Draft Angle operation with management of fillets
* Loft Surface with G2 conditions (curvature)
* Propagation of grouped operations
* Shape deformation by bending or torsion
* Replace faces with the «one surface» or «several surfaces» options
Components
* Predefined positioning constraints
* Intuitive positioning
* Slave parts enhancements
* Define the mass and component mass centre
A complete CAD/CAM solution for progressive die and press tool designers
* Get external 3D numerical data
* Quickly calculate blanks
* Define the strip layout, cutting, bending and deformation operations
* Work with rich libraries of die bases and standard components
* Design springs, inserts, punches and dies with their clearance values and tolerances
* Simulate tool movements
* Generate drafts, BOMs and drill tables
* Directly machine all parts
Flyer
Download TopSolid'Progress 2009 flyer
Contact us
Fill our information form to get in touch with us
TopSolid’Progress provides all the required functions to help designers compute sheet metal part blanks, design the strip layout and dies far faster than with a standard CAD software.
Ergonomy
* Neutral Mode: Lots of new interaction available
* Improved Trees: Layers, Entities, etc.
* Copy operations by «drag-and-drop» from the operation tree
* New realistic mode: “rendering and edges“
* Import and export complete projects
* Automatic nomination of documents
Sketcher
* Management of open curves: visualisation of extremities
* Custom display of dimensions / constraints
* Offset curve with self-intersection management
3D Modelling
* Draft Angle operation with management of fillets
* Loft Surface with G2 conditions (curvature)
* Propagation of grouped operations
* Shape deformation by bending or torsion
* Replace faces with the «one surface» or «several surfaces» options
Components
* Predefined positioning constraints
* Intuitive positioning
* Slave parts enhancements
* Define the mass and component mass centre
A complete CAD/CAM solution for progressive die and press tool designers
* Get external 3D numerical data
* Quickly calculate blanks
* Define the strip layout, cutting, bending and deformation operations
* Work with rich libraries of die bases and standard components
* Design springs, inserts, punches and dies with their clearance values and tolerances
* Simulate tool movements
* Generate drafts, BOMs and drill tables
* Directly machine all parts
Flyer
Download TopSolid'Progress 2009 flyer
Contact us
Fill our information form to get in touch with us
TopSolid’Progress provides all the required functions to help designers compute sheet metal part blanks, design the strip layout and dies far faster than with a standard CAD software.
2009-03-24
Delcam PowerInspect 5040 SP1 crack
Inspection equipment and processes are both undergoing rapid changes as companies move from using 2D drawings to CAD models as the preferred method for product definition. This change, coupled with the rising demand for companies to prove the quality of their products, has led to a growing demand for inspection methods that can be used throughout the prototyping, manufacturing and assembly chain. With these techniques, any problems can be highlighted earlier in the development process and so be corrected more quickly and at lower cost.
The increased demand for inspecting parts and tools at multiple times in multiple places within the manufacturing chain requires software products that can be used on a variety of different inspection hardware platforms including Manual CMMs, CNC CMM's, Inspection Arms, Optical MMs, Laser Trackers and Line Laser Probes as well as on Machine Tools. PowerINSPECT provides a common user environment across all these hardware platforms ensuring operators can work flexibly whilst keeping the cost of training at an minimum.
Benefits include
* Comparison against all mainstream CAD formats
* Rapid alignment even for complex freeform shapes
* Inspection of user-defined sections
* The ability to inspect along the edge of a part
* Full Geometric Inspection capabilities
* Automatic creation of inspection features from CAD nominals
* A step by step Geometric Dimensioning & Tolerancing (GD&T) Wizard
* Point, wireframe and surface export for measured entities
* CAD manipulation - including surface offsetting (e.g. reverse side for sheet metal, spark gap for electrodes)
* Fully-customisable reporting in easy-to-understand formats
2009-03-18
ESI.PROCAST.V2009
The leading FInite Element solution for casting process simulation
Throughout the manufacturing industry, casting process simulation is now widely accepted as an important tool in product design and process development to improve yield and casting quality.
Based on powerful Finite Element solvers and advanced specific options developed with leading research institutes and industries, ProCAST provides an efficient and accurate solution to meet the casting industry needs. Compared to a traditional trial-and-error approach, ProCAST is the key solution to reduce manufacturing costs, shorten lead times for mold developments and improve the casting process quality.
ProCAST provides a complete software solution allowing for predictive evaluations of the entire casting process including mold filling, solidification, microstructure and thermo-mechanical simulations. It enables to rapidly visualize the effects of mold design and allows for correct decision making at an early stage of the manufacturing process.
ProCAST 2009 covers a wide range of casting processes and alloy systems including:
- high and low pressure die casting,
- sand casting, gravity die casting and tilt pouring,
- investment casting, shell casting,
- lost foam and centrifugal casting.
Continuous Casting
ProCAST 2009 provides a complete solution for continuous and semi-continuous casting process simultation. The software can simulate steady-state conditions as well as the initial and final stages of continuous casting processes.
The simulation of continuous casting processes includes:
- Horizontal and vertical continuous and semi-continuous casting
- Direct chill casting
- Strip casting
- Twin-roll casting
- Hazlett process
The Inverse Module enables the automatic calculation of material of process parameters based on measured temperatures at given locations or times. Primary and secondary cooling can be determined by inverse modeling.
2009-03-14
Phoenix Integration ModelCenter 7.1.2
Phoenix Integration White Papers Industry Topics Educational Videos Contact Schedule Demo Products PHX Product Matrix PHX ModelCenter: Desktop Trade Studies >> Visualization Pak Optimization Pak ModelRunner PHX CenterLink: Workgroup Trade Studies Training Services Consulting Services Plug-in Toolkit Industries Return On Investment Customer Testimonials Aerospace Space Systems Defense Automotive Electronics Government Academia News/Events News/Events Home Press Releases Webcast Sign-up E-Newsletter Academic Wire Industry Hot Topics Resellers Current Resellers Become A Reseller Support Support Home Knowledge Base Solution Archive Computer-Based Training Software Downloads About About Phoenix Our Partners Contact Us Careers At Phoenix Please install the Flash Plugin for your browser. Product Spotlight Data Visualizer, Variable Influence Profiler and Prediction Profiler are a set of integrated ModelCenter enhancements that collectively enable visualizing multi-dimensional design spaces to easily locate best designs and present results in comprehensible HTML reports. PHX ModelCenter 7.1 required. » View movie » Learn more » Solution archive News & Events Complete CAD Fusion Survey for 30-day Data Visualizer Trial May 21, 2007 Phoenix Releases PHX ModelCenter 7.1 May 21, 2007 Did You Know? Gradient-Based Optimizer Automatically Solves Non-Linear Variable Challenges April 27, 2007 Phoenix Introduces Data Visualizer, a Suite of Advanced Plotting Tools and Guided Search Algorithm » More News & Events Clients Please install the Flash Plugin for your browser. » More Case Studies Featured Case Study Raytheon and Phoenix Earn Army SMART Award for New Cost and Logistics Optimization Concept » View Past E-Newsletters E-Newsletter Spring 2007: PHX ModelCenter Enables SAIC to Double NASA Concept Studies at No Extra Time or Costs » View Past Webcasts Monthly Webcast On-Demand Webcast Guidelines for Optimizing Systems with Multiple
2009-03-13
Geolog v6.7
Paradigm’s Geolog product suite provides advanced petrophysical analysis tools, superior presentation graphics, flexible modularity combined with an easy-to-use environment, well data management, and geological interpretation. Geolog 6.7, the latest release of the product suite, focuses on four key areas of new development:
Support for the generalist and geologist
Improved usability through a newly designed user interface and new workflows
Creation of the foundation elements for 3D petrophysics
Development of new tools and analysis techniques
Improved Accuracy
Use the vast array of petrophysical analysis functionality, superior graphics and robust data integration to ensure all available data is analyzed and decisions are made with the greatest confidence
Fast Answers
Geolog handles the entire workflow from data loading, log editing, and analysis to presentation and reporting in one integrated environment that eliminates the need to use separate applications for each task.
Ease of Use
Consistent, easy to use interfaces offer short learning curves and lowered training costs, helping you create the industry's standard for petrophysical analysis. Geolog’s modular design provides a flexible environment that is customizable to suit the needs of novices without sacrificing the application depth and breadth needed by expert users.
Improved Success
Retain your competitive edge by applying the incorporation of user-defined algorithms for inputting your proprietary knowledge into Geolog.
Improved User-Interface
Geolog 6.7 development concentrated on improved ergonomics to increase efficiency by reducing mouse-clicks and the possibility of Repetitive Stress Injury (RSI.) New functionality includes updated GUIs, improved and consistent toolbars and workspace enhancements. Editing operations have been streamlined. Explorer-style list trees as an alternative to table views have been added as well as expanded usage of menu-tree panes (full menus, property sheets, and files.)
New Workflows
New workflow tools introduce a module combiner and the ability to create and record macros. Datum management enhancements to provide rapid quality control (QC) of data include improved interval selection, well selection for viewing, a highlighted log for setting limits, and the ability to use nonblocked datum. New views have been added to display logs as multiple XPLOTS/histograms or coherence plots/spidergrams.
Petrophysical Uncertainty Analysis
Newly introduced module combiner allows easy generation of multi-scenarios using different parameters and facilitates future Monte Carlo analysis. New views facilitate comparison of multiple scenarios.
Correlator
Enhancements include the implementation of partitioning based on turn points. Layouts now handle nonmonotonically referenced data and separate line color and fill attributes can be displayed. Enhanced interactive picking with modeling generates initial picks for easier interpretation.
GeoSteer™
Use GeoSteer to generate curtains in Geolog from surfaces and wellpaths imported from external applications. Visualize 3D models and wellpath views. Display multiple wells in plan views in wellpath view. Paradigm’s OpsLink module provides a WITSML feed which enables geosteer models to be refreshed in real-time. Final results can be exported as updated surface intersections to 3rd party applications.
Platform Support
Geolog supports native Microsoft Windows® (XP/Vista), Linux (Redhat) and UNIX (Sun Solaris 8/9) with full crossplatform functionality.
2009-03-11
FEFLOW v5.4
FEFLOW is a professional software package for modeling fluid flow and transport of dissolved constituents and/or heat transport processes in the subsurface.
FEFLOW contains pre- and post processing functionality and an efficient simulation engine. A user-friendly graphical interface provides easy access to the extensive modeling options.
FEFLOW - in contrast to some of the competing products - is not a graphical front end for a separately developed simulation kernel. It is a completely integrated system from simulation engine to graphical user interface. It includes a public programming interface for user code.
FEFLOW is developed by DHI-WASY GmbH, the German branch of the DHI group. DHI-WASY's areas of expertise encompass groundwater hydrology, surface water hydrology and geographic information systems. In these fields, DHI-WASY provides software, training and consulting services.
The installation comes in two varieties
web-based installation
The web-based version consists of a small executable that allows you to select features first and downloads only the selected items afterwards.This may save time if you do not want to install all features at once.
download package based installation
The download package installation downloads all the data before installation. It is needed when you want to install FEFLOW on machines that are not connected to the internet. It is also recommended for multiple installations, avoiding a new download for each machine. The Exceed and NetLM installations (Steps 3 and 4) are always based on a download package.
FEFLOW contains pre- and post processing functionality and an efficient simulation engine. A user-friendly graphical interface provides easy access to the extensive modeling options.
FEFLOW - in contrast to some of the competing products - is not a graphical front end for a separately developed simulation kernel. It is a completely integrated system from simulation engine to graphical user interface. It includes a public programming interface for user code.
FEFLOW is developed by DHI-WASY GmbH, the German branch of the DHI group. DHI-WASY's areas of expertise encompass groundwater hydrology, surface water hydrology and geographic information systems. In these fields, DHI-WASY provides software, training and consulting services.
The installation comes in two varieties
web-based installation
The web-based version consists of a small executable that allows you to select features first and downloads only the selected items afterwards.This may save time if you do not want to install all features at once.
download package based installation
The download package installation downloads all the data before installation. It is needed when you want to install FEFLOW on machines that are not connected to the internet. It is also recommended for multiple installations, avoiding a new download for each machine. The Exceed and NetLM installations (Steps 3 and 4) are always based on a download package.
2009-03-10
TracePro 5 crack
Lambda Research Corp.'s TracePro 5.0, the latest version of its software for optical modeling, design and analysis, features new capabilities including enhanced light source modeling, the company said.
TracePro 5.0 gives users the ability to combine multiple light sources with various wavelength spectrums in one TracePro model and analyze numerous light source interactions in the same ray trace. In addition, a user-defined, customized surface source database can be built using the software, Lambda Research said. For example, TracePro's new surface source property editor allows the user to specify light source behavior dependant on specific wavelength, temperature and emission angle.
Users can also now specify particular light source wavelengths to be traced for all source types (surface, grid and file sources) providing the designer with greater modeling flexibility. Fluorescence emission wavelengths can be now defined for each fluorescent object enabling more effective modeling and analyzing of fluorescent dyes with varying emission spectrums. These new features result in more
2009-03-06
Vista V8.009 2D/3D Seismic Processing license crack
n the coming weeks, GEDCO, one of Canada’s most respected, privately-owned geophysical software and consulting firms, will be releasing version 8.0 of VISTA® 2D/3D Seismic Data Processing.
As the industry’s leading processing package for Windows and Linux, VISTA® 8.0 will encompass a broad range of new features including:
Multithreading
Parallelized calculations
32-bit or 64-bit version
Enhanced 3D uphole handling
4th order n(eta) analysis in velocity and migration
Surface Related Multiple Attenuation (SRME)
LAS log handling and plotting on VSP or surface seismic
Dynamic stacking in velocity analysis window
VSP CDP mapping to P-P or P-S images
2D/3D Signal Enhancement
2D/3D White Noise Suppression
Adaptive subtraction
VISTA® 2D Full Processing
Brute Stack
Full Geometry QC
Filter, Deconvolution
Surface-Consistent Scaling
Statics
DMO
Post-Stack Migrations
Pre-Stack Migration
Depth Migration
Time/depth Image Analysis
Converted Wave Processing
3C Rotation Analysis and Wavefield Separation
Tape Module
Interface to Versatec compatible plotters (Oyo 612, iSys 36) (add-on option)
VISTA® PROGRAMMER (Add your own algorithms to VISTA's comprehensive selection)
No limits on channels and record length
VISTA® 2D/3D Full Processing
Brute Stack
Full Geometry QC
Filter, Deconvolution
Surface-Consistent Scaling
Elevation, Refraction and Residual Statics
DMO
Post-Stack Migration
Pre-Stack Migration
Depth Migration
Time/Depth Image Analysis
Converted Wave Processing
Advanced PSTM options for anti-aliasing, offset binning and 4th order (eta) analysis
3C Rotation Analysis and Wavefield Separation
Tape module
Interface to Versatec compatible plotters (Oyo 612, iSys 36) (add-on option)
VISTA® PROGRAMMER (Add your own algorithms to VISTA® 's comprehensive selection)
No limits on channels and record length
2009-03-04
Maptek Vulcan Vulcan 7.5 With Service Pack 4 crack
Maptek Vulcan™ is the world's leading 3D geological modelling, surveying and mine planning software. Vulcan provides tools for advanced 3D spatial information, modelling, visualisation and analysis in fields ranging from mine planning and design to rehabilitation and environmental management.
Vulcan started as a stratigraphic modelling and mine planning system, and has evolved into the most advanced three dimensional mine modelling package on the market, leading the world in 3D geological modelling, surveying and mine planning.
Maptek Vulcan™ Version 7.5 provides customers with innovative functionality to improve their daily productivity.
Vulcan 7.5 features a new module for oil sands operations, upgrades to open pit, coal and underground design menu. Performance and usability have been improved. Vulcan 7.5 is compatible with the Microsoft® Vista operating system.
Highlights of Maptek Vulcan™ Version 7.5
Block model slice showing TIV:BIP results
New! Oil Sands Module
Total Volume in Place: calculates total inground bitumen. This option has the capability to be run within a specific area, as well as over the entire block model.
Block Averaging: allows users to average different grades within the block model.
Block Area Averaging: users can select an area of interest by several methods and then display points that represent blocks in that area. The points will have the average of a pre-determined variable assigned to them.
Dilution Modelling: estimates diluted grades along the ore/waste contacts as determined by the TV:BIP (Total Volume of Material : Bitumen Volume-In-Place) ratio.
Ring It: designed to flag blocks in a model above a series of points with the value of the w-tag of those points.
Spec files can be saved for different ratios, making it easier for users to check they are running the correct specifications.
Dump Design
Open Pit Menu Upgrades
Design pits with better transition between batter and berm changes, and automatic blending between varying road widths. Different road widths and grades are catered for within the same polygon and within slot cuts.
The predefined bench heights panel automatically prompts to different bench heights while creating projections, and ensures that the bench height is used as per the listed order. Batter and berm angle definition is now dealt with in the same panel.
Customise the contents of dialog boxes displayed in the Design and Pit options of the Open Pit Ramps submenu.
Automatic Ramp Generator
Design decline or spiral ramps in an underground environment by nominating a start and end point and gradient.
User-defined constraints include maximum grade for turns and straight sections, and optional transition grade at start and finish.
Build accurate solutions based on block model variables such as development cost and ore values.
Exclusion zones, visualisation of the drift and reserves reporting provide further increases in efficiency in designing underground ramps.
Work with simple and advanced parameters, with improved capabilities to save specification files for generating ramps.
Interactive Editing for Underground Ramps
Modify ramp designs by dragging a handle at turn points to any new location in the space, while applying a constant grade.
Turns can be easily added or removed and placed at the desired location with a simple mouse movement.
Grades are dynamically displayed to maintain control on the operational constraints at all times.
Multiple window display allows the results to be viewed from different perspectives while the ramp is being edited, powerfully enhancing understanding of the relationship of the design with existing mining or geological structures.
2009-03-03
Agilent Electromagnetic Professional Design System (EMPro)2008
Electromagnetic Professional (EMPro) is a new design platform for analyzing the electromagnetic effects of RF and microwave components such as high-speed IC packages, antennas, on-chip and off-chip embedded passives and PCB interconnects. EMPro features the most modern design, simulation and analysis environment, highest capacity simulation technology and integration with the industry’s leading RF and microwave circuit design environment, Advanced Design System (ADS) for fast and efficient RF and microwave circuit design.
The EMPro platform incorporates the industry’s best proven architecture of user interface and simulation technologies to relieve designers of time spent setting up, simulating and post processing results, leaving more time for innovation and creating the best design possible.
Antenna Modeling Design System (AMDS) is a three-dimensional full wave electromagnetic solver based on the Finite Difference Time Domain (FDTD) method. While AMDS has its roots in the simulation of cellular telephones, current uses for the software have reached markets as diverse as chemistry, optics, ground-penetrating radar, and biomedical devices, in addition to wireless, microwave circuit, and radar scattering applications.
Specific Absorption Rate with 1 and 10 gram averages, whole body average, locate peak SARs, follows protocol of latest C95.3 standard
Temperature Rise in Human Body
SAM Head for SAR for FCC acceptance
Manual/Automatic Partial Volume SAR
AMDS includes UI, solid modeler, major simulators, 32 & 64 bit, multithreading, thermo- and bio calculations.
Product Highlights:
Time-domain analysis provides results for a wide band of multiple frequency points in a single computation.
Data available in frequency and time domain to better optimize launches and transitions.
Impedance, antenna patterns, system and radiation efficiency, Standing Wave Ratio (SWR), S-parameters, Specific Absorption Rate (SAR), radar cross section, antenna gain, coupling, and diversity for EM analysis of complete systems.
The EMPro platform incorporates the industry’s best proven architecture of user interface and simulation technologies to relieve designers of time spent setting up, simulating and post processing results, leaving more time for innovation and creating the best design possible.
Antenna Modeling Design System (AMDS) is a three-dimensional full wave electromagnetic solver based on the Finite Difference Time Domain (FDTD) method. While AMDS has its roots in the simulation of cellular telephones, current uses for the software have reached markets as diverse as chemistry, optics, ground-penetrating radar, and biomedical devices, in addition to wireless, microwave circuit, and radar scattering applications.
Specific Absorption Rate with 1 and 10 gram averages, whole body average, locate peak SARs, follows protocol of latest C95.3 standard
Temperature Rise in Human Body
SAM Head for SAR for FCC acceptance
Manual/Automatic Partial Volume SAR
AMDS includes UI, solid modeler, major simulators, 32 & 64 bit, multithreading, thermo- and bio calculations.
Product Highlights:
Time-domain analysis provides results for a wide band of multiple frequency points in a single computation.
Data available in frequency and time domain to better optimize launches and transitions.
Impedance, antenna patterns, system and radiation efficiency, Standing Wave Ratio (SWR), S-parameters, Specific Absorption Rate (SAR), radar cross section, antenna gain, coupling, and diversity for EM analysis of complete systems.
2009-03-02
2009 02 0day software
2009-02-28 BioSolveIT.ReCore.v1.8.14
2009-02-25 CEI.EnSight.Gold.v9.0.2e.WINDOWS&AIX&MACOSX
2009-02-23 PTC.PRO.ENGINEER.WILDFIRE.B.and.W.Expert.Framework.Extension.v6.0
2009-02-22 PTC.PRO.ENGINEER.WILDFIRE.B.and.W.Expert.Moldbase.Extension.v5.0
2009-02-22 PTC.PRO.ENGINEER.WILDFIRE.B.and.W.Progressive.Die.Extension.v5.0
2009-02-21 PTC.PRO.ENGINEER.WILDFIRE.V4.M070.Win64.&WIN32
2009-02-20 Cad.Schroer.Stheno.Advanced.v3.1.1
2009-02-19 Essential Macleod v8.18.23
2009-02-18 ADAPT_BUILDER_ABI_V2009_PLUS_BUILD2
2009-02-18 CORETECHNOLOGIE_3D_EVOLUTION_V2008.4
2009-02-18 MEMRESEARCH_EM3DS_V2008
2009-02-18 SAFETECHNOLOGIES_FE-SAFE_V5.4-03
2009-02-18 Systat.SigmaPlot.v11.1
2009-02-16 CAD.SCHROER.STHENO.ADVANCED.V3.1.1
2009-02-15 ALGOR.Designcheck.v23.1
2009-02-15 SIMSCI PRO II v8.2 Patch 2
2009-02-14 ESI CFD 2009.0 For Win32
2009-02-13 Tecplot.360.2008.R2.v11.3.29.563.AIX
2009-02-12 Fastcam V5.1 Full working
2009-02-11 Aquaveo.WMS.v8.1.020909
2009-02-11 Aquaveo.GMS.v6.5.4
2009-02-10 Schlumberger Drilling Office 4.0
2009-02-09 PvtSim V18 (c)CALSEP
2009-02-08 Premier.v12.3.675.iSO.Multilanguage
2009-02-07 Vector.CANoe.v7.1.43
2009-02-06 PowerMill v9.003 with sp3
2009-02-06 SOLIDWORKS.V2009.SP.2.1.UPDATE for Win64&win32.
2009-02-05 ECS_FEMFAT_V4.7C_WIN64&Win32
2009-02-04 CAPVIDIA_FLOWVISION_V2.5.4_FIX
2009-02-04 SOFTIMAGE.ALIENBRAIN.V8.1
2009-02-03 3DVIA.Composer.2009x.v6.3.1.1383
2009-02-01 Embarcadero.ERStudio.v8.0.0.5910
2009-02-01 ITTVIS.IDL.v7.0.6
2009-01-30 Algor.FEA.v23.SP2
2009-02-25 Aldec.ALINT.v2008.10
2009-02-25 NI.DAQmx.v8.9
2009-02-25 NI.Vision.v8.6.4.Development.Module
2009-02-25 NI.LabVIEW.Embedded.Module.for.ARM.Microcontrollers.v1.1
2009-02-25 NI.LabVIEW.v8.6.1.Control.Design.and.Simulation.Module
2009-02-25 NI.LabVIEW.v8.6.1.DSC.Module
2009-02-25 NI.LabVIEW.v8.6.1.Real.Time.Module
2009-02-25 NI.LabVIEW.v8.6.1.FPGA.Module
2009-02-25 NI.LabVIEW.v8.6.1
2009-02-24 Impulse.CoDeveloper.Universal.v3.40.a.1
2009-02-24 Agilent.IC-CAP.2008
2009-02-21 Agilent.SystemVue.v2008.12
2009-02-18 Mentor.Graphics.Catapult C 2008a93
2009-02-14 SynaptiCAD.AllProducts.v13.24a.SOLARIS
2009-02-13 Ansoft ePhysics 3.1
2009-02-11 Ansoft Link v4.1
2009-02-09 Mentor.Graphics.Expedition.Enterprise.Flow.v2007.3
2009-02-08 Mentor Graphics ModelSim SE 6.5
2009-02-04 Eplan P8 V1.9.6_Build_3237
2009-02-03 CIM Team E3 Series 2009.v800
2009-02-02 Flomerics Flotherm 8.1
form crackcad
2009-02-25 CEI.EnSight.Gold.v9.0.2e.WINDOWS&AIX&MACOSX
2009-02-23 PTC.PRO.ENGINEER.WILDFIRE.B.and.W.Expert.Framework.Extension.v6.0
2009-02-22 PTC.PRO.ENGINEER.WILDFIRE.B.and.W.Expert.Moldbase.Extension.v5.0
2009-02-22 PTC.PRO.ENGINEER.WILDFIRE.B.and.W.Progressive.Die.Extension.v5.0
2009-02-21 PTC.PRO.ENGINEER.WILDFIRE.V4.M070.Win64.&WIN32
2009-02-20 Cad.Schroer.Stheno.Advanced.v3.1.1
2009-02-19 Essential Macleod v8.18.23
2009-02-18 ADAPT_BUILDER_ABI_V2009_PLUS_BUILD2
2009-02-18 CORETECHNOLOGIE_3D_EVOLUTION_V2008.4
2009-02-18 MEMRESEARCH_EM3DS_V2008
2009-02-18 SAFETECHNOLOGIES_FE-SAFE_V5.4-03
2009-02-18 Systat.SigmaPlot.v11.1
2009-02-16 CAD.SCHROER.STHENO.ADVANCED.V3.1.1
2009-02-15 ALGOR.Designcheck.v23.1
2009-02-15 SIMSCI PRO II v8.2 Patch 2
2009-02-14 ESI CFD 2009.0 For Win32
2009-02-13 Tecplot.360.2008.R2.v11.3.29.563.AIX
2009-02-12 Fastcam V5.1 Full working
2009-02-11 Aquaveo.WMS.v8.1.020909
2009-02-11 Aquaveo.GMS.v6.5.4
2009-02-10 Schlumberger Drilling Office 4.0
2009-02-09 PvtSim V18 (c)CALSEP
2009-02-08 Premier.v12.3.675.iSO.Multilanguage
2009-02-07 Vector.CANoe.v7.1.43
2009-02-06 PowerMill v9.003 with sp3
2009-02-06 SOLIDWORKS.V2009.SP.2.1.UPDATE for Win64&win32.
2009-02-05 ECS_FEMFAT_V4.7C_WIN64&Win32
2009-02-04 CAPVIDIA_FLOWVISION_V2.5.4_FIX
2009-02-04 SOFTIMAGE.ALIENBRAIN.V8.1
2009-02-03 3DVIA.Composer.2009x.v6.3.1.1383
2009-02-01 Embarcadero.ERStudio.v8.0.0.5910
2009-02-01 ITTVIS.IDL.v7.0.6
2009-01-30 Algor.FEA.v23.SP2
2009-02-25 Aldec.ALINT.v2008.10
2009-02-25 NI.DAQmx.v8.9
2009-02-25 NI.Vision.v8.6.4.Development.Module
2009-02-25 NI.LabVIEW.Embedded.Module.for.ARM.Microcontrollers.v1.1
2009-02-25 NI.LabVIEW.v8.6.1.Control.Design.and.Simulation.Module
2009-02-25 NI.LabVIEW.v8.6.1.DSC.Module
2009-02-25 NI.LabVIEW.v8.6.1.Real.Time.Module
2009-02-25 NI.LabVIEW.v8.6.1.FPGA.Module
2009-02-25 NI.LabVIEW.v8.6.1
2009-02-24 Impulse.CoDeveloper.Universal.v3.40.a.1
2009-02-24 Agilent.IC-CAP.2008
2009-02-21 Agilent.SystemVue.v2008.12
2009-02-18 Mentor.Graphics.Catapult C 2008a93
2009-02-14 SynaptiCAD.AllProducts.v13.24a.SOLARIS
2009-02-13 Ansoft ePhysics 3.1
2009-02-11 Ansoft Link v4.1
2009-02-09 Mentor.Graphics.Expedition.Enterprise.Flow.v2007.3
2009-02-08 Mentor Graphics ModelSim SE 6.5
2009-02-04 Eplan P8 V1.9.6_Build_3237
2009-02-03 CIM Team E3 Series 2009.v800
2009-02-02 Flomerics Flotherm 8.1
form crackcad
2009-02-27
Advanced Design System (ADS) 2009 license ecc crack
Advanced Design System (ADS) is a powerful electronic design automation software system. It offers complete design integration to designers of products such as cellular and portable phones, pagers, wireless networks, radar and satellite communications systems, and high-speed digital serial links.
Advanced Design System is the industry leader in high-frequency design. It supports system and RF design engineers developing all types of RF designs, from simple to the most complex, from RF/microwave modules to integrated MMICs for communications and aerospace/defense applications.
With a complete set of simulation technologies ranging from frequency-, time-, numeric and physical domain simulation to electromagnetic field simulation, ADS lets designers fully characterize and optimize designs. The single, integrated design environment provides system, circuit, and electromagnetic simulators, along with schematic capture, layout, and verification capability -- eliminating the stops and starts associated with changing design tools in mid-cycle.
Use ADS and its highly integrated links and support as a basis for your design verification solution. ADS can be used for virtual prototyping, debugging, or as an aid in manufacturing test. To enhance engineering productivity and shorten time-to-market, ADS software offers a high level of design automation and applications intelligence. This proven software environment is easily extensible: you can customize ADS by adding features focused on your particular application needs. ADS runs on PCs and workstations, with complete file compatibility between platforms and across networks.
Fixed Issues in ADS 2009
EMDS Fixed Issues
Many issues were addressed in the EMDS mesher and solver area resulting in greatly improved robustness of the EMDS solution as a whole. Usability improvements were implemented in the 3D viewer and visualization solution.
Installation Fixed Issues
ADS startup script can now co-exist with LSF setup scripts without any conflict.
Design Environment Fixed Issues
Many quality problems were fixed in the areas of editing, boolean operations, design synchronization, layout connectivity and the component library browser.
The Enter key on the numeric key pad is working the same as the Enter key on the regular keyboard.
The customed hotkey definition with ALT key combination is now taking precedence over the default hotkey definiton of the same combination.
Data Display
You can now change the size and symbol of markers, as well as the marker readout content, to better improve the readability of a Data Display page.
Copy/Paste menu sensitivity behaves consistently across multiple Data Display windows.
The performance degradation observed after hours of zoom in, zoom out, view change operations in Data Display has been eliminated.
Analog/RF Simulation Fixed Issues
2009-02-23
ChemStations ChemCAD V6.1.2.2616
Changes for CHEMCAD Release 6.1.2.2616
CHEMCAD New Features and Enhancements
Added the capability to send multiple feed streams to the same tray for UnitOp types SCDS, TOWR, and TPLS (1626)
Added an option to use Notepad or WordPad instead of the integrated CHEMCAD report viewer (1798)
Added user-defined transport property functions for streams (274)
Added the capability to create user-added mixing rules (example available on request) (702)
Increased to 10 the number of components that can be used in an electrolyte regression (827)
Added new options to the Stream Property report (10%/90%) (841)
Added new stream properties for various distillation curve cut temperatures, useful for feedback controllers (913)
Implemented a check for the potential for two liquid phases throughout the simulation (1019)
Added the capability to click on stream and UnitOp labels for editing (1026)
Added a user-controllable AutoRecovery feature, which can help minimize lost work in the event that CHEMCAD closes unexpectedly (1035)
Added options for specifying tank volume as a function of height (1197)
Added new materials to the CC-THERM database (duplex S31802/S32205) (1265)
Added the capability to perform a text search in a CHEMCAD report tab using the [CTRL-F] key combination (1623)
Added the capability to e-mail an open simulation in its present saved state (1639)
Enhanced the Update Components dialog box to include property units (1644)
Added the Close All Charts and Close All Reports options to the Window menu (1649)
Improved the phase envelope plot for simulations in which bubble temperature and dew point temperature fail to converge (1668)
CHEMCAD New Features and Enhancements
Added the capability to send multiple feed streams to the same tray for UnitOp types SCDS, TOWR, and TPLS (1626)
Added an option to use Notepad or WordPad instead of the integrated CHEMCAD report viewer (1798)
Added user-defined transport property functions for streams (274)
Added the capability to create user-added mixing rules (example available on request) (702)
Increased to 10 the number of components that can be used in an electrolyte regression (827)
Added new options to the Stream Property report (10%/90%) (841)
Added new stream properties for various distillation curve cut temperatures, useful for feedback controllers (913)
Implemented a check for the potential for two liquid phases throughout the simulation (1019)
Added the capability to click on stream and UnitOp labels for editing (1026)
Added a user-controllable AutoRecovery feature, which can help minimize lost work in the event that CHEMCAD closes unexpectedly (1035)
Added options for specifying tank volume as a function of height (1197)
Added new materials to the CC-THERM database (duplex S31802/S32205) (1265)
Added the capability to perform a text search in a CHEMCAD report tab using the [CTRL-F] key combination (1623)
Added the capability to e-mail an open simulation in its present saved state (1639)
Enhanced the Update Components dialog box to include property units (1644)
Added the Close All Charts and Close All Reports options to the Window menu (1649)
Improved the phase envelope plot for simulations in which bubble temperature and dew point temperature fail to converge (1668)
2009-02-21
Rms roxar 2009 license crack
With a brand new user interface, RMS2009 has been redesigned for the next decade of innovation and excellence. Driven by customer feedback, RMS2009 allows users to produce accurate results more quickly with the breakthrough structural modelling and local model update modules. Flexible data transfer and the powerful workflow manager tool have further strengthened the usability of the E&Ps industries premier solution for integrated static and dynamic reservoir modelling.
Roxar's integrated Irap RMS Solution can help accelerate the field development planning cycle by allowing multiple disciplines to work together on a common reservoir model in parallel. The capability to build reliable reservoir models in a collaborative environment also assists in increasing the ultimate recovery.
Roxar appreciates that the biggest challenge the exploration and production industry faces is the industry wide skills shortage with maturing and more difficult to develop hydrocarbon assets.
Roxar’s Irap RMS breaks down the barriers between geoscientists and engineers, resulting in better decisions through a shared understanding of the reservoir. Integrated workflows deliver team productivity improvements whilst also capturing valuable knowledge about the reservoir.
Irap RMS is the E&P industries premier solution for integrated static and dynamic reservoir modelling. It comprises of a range of linked modules, each covering a specific stage of the complete reservoir characterization, development and production optimisation workflow.
Integrate Reservoir Knowledge
Breaking down the traditional barriers between technical domains Irap RMS enables the building of a shared earth model. This ensures that the expertise and knowledge of the full team can used to build the most accurate reservoir model for planning and decision making.
Reduce Risk and Manage Uncertainty
Irap RMS makes it easy to generate multiple scenarios for the analysis of uncertainty across both the static and dynamic reservoir model. The ability to easily quantify the risks helps optimise the field development planning process and technical decision making. This ultimately leads to an improved project return on investment.
Produce Accurate Results Quickly
With field development decisions which cost tens of millions of dollars it is critical to ensure that decisions are being made on accurate, up to date models which honour as much of the field data as possible. Irap RMS leads the industry in the integration of different data into the reservoir model. Workflow tools also ensure that models can be updated immediately when new data becomes available.
2009-02-18
Essential Macleod v8.18 key
The Essential Macleod is a comprehensive software package for the design and analysis of optical thin films. It runs under any 32 bit Microsoft Windows operating system and has a true multiple document interface. It provides all you need for optical coating design and evaluation including WDM and DWDM filters, handling a wide range of performance parameters from ultrafast to color. It can synthesize designs from scratch or refine existing ones, investigate errors and extract optical constants of film materials for use in designs
Easy to use, familiar Windows look and feel
Comprehensive Performance Calculations
User-defined Units
Design Refinement
Design Synthesis
Index Refinement
n and k derivation
Tolerancing
Color calculations
Materials Management
Full Support Service
Ultrafast Parameters
Adaptive Plotting
Design & Analysis Tools
Publication Quality Graphics
Export Designs to ZEMAX
Readily Extensible via Macleod Enhancements
Features
Easy to Use
Familiar User Interface
Extensive use of Clipboard
Publication quality graphs
True Multiple Document Interface
Powerful Tools to support all editing processes
User-Defined Units
Arbitrary units for
Wavelength
Frequency
Thickness
Time
Reverse Engineering
n and k extraction
Inhomogeneity and absorption
Packing density variation
Common scaling
Flexibly constrained refinement
Refinement and Synthesis
Optimac
Simplex
Simulated Annealing
Targets
May be specified for all parameters including color
Import target data from external sources
Linking
Analysis and Design Tools
Admittance diagrams
Reflection coefficient diagrams
Absolute electric field amplitude plots
Induced transmission filter design tool
Non-polarizing edge filter design tool
Equivalent layer (Herpin) calculations
Performance Calculations
Reflectance
Transmittance
Reflectance Phase
Transmittance Phase
Density
Psi
Delta
Group Delay
Group Delay Dispersion
Third Order Dispersion
First, second and third derivatives
Tolerancing as a function of:
Wavelength
Frequency
Incident Angle
Layer Thickness
Color
Calculations in the following systems
Tristimulus
Chromaticity
CIE L*a*b*
CIE L*u*v*
Hunter Lab
User-definable sources
User-definable observers
Materials
Common materials supplied as standard
Multiple databases - for example:
Different temperature
Coating machine
Separate for each project
Different clients
Different systems of units
Materials data easily imported
Graphical display of data
Powerful editors
Easy to use, familiar Windows look and feel
Comprehensive Performance Calculations
User-defined Units
Design Refinement
Design Synthesis
Index Refinement
n and k derivation
Tolerancing
Color calculations
Materials Management
Full Support Service
Ultrafast Parameters
Adaptive Plotting
Design & Analysis Tools
Publication Quality Graphics
Export Designs to ZEMAX
Readily Extensible via Macleod Enhancements
Features
Easy to Use
Familiar User Interface
Extensive use of Clipboard
Publication quality graphs
True Multiple Document Interface
Powerful Tools to support all editing processes
User-Defined Units
Arbitrary units for
Wavelength
Frequency
Thickness
Time
Reverse Engineering
n and k extraction
Inhomogeneity and absorption
Packing density variation
Common scaling
Flexibly constrained refinement
Refinement and Synthesis
Optimac
Simplex
Simulated Annealing
Targets
May be specified for all parameters including color
Import target data from external sources
Linking
Analysis and Design Tools
Admittance diagrams
Reflection coefficient diagrams
Absolute electric field amplitude plots
Induced transmission filter design tool
Non-polarizing edge filter design tool
Equivalent layer (Herpin) calculations
Performance Calculations
Reflectance
Transmittance
Reflectance Phase
Transmittance Phase
Density
Psi
Delta
Group Delay
Group Delay Dispersion
Third Order Dispersion
First, second and third derivatives
Tolerancing as a function of:
Wavelength
Frequency
Incident Angle
Layer Thickness
Color
Calculations in the following systems
Tristimulus
Chromaticity
CIE L*a*b*
CIE L*u*v*
Hunter Lab
User-definable sources
User-definable observers
Materials
Common materials supplied as standard
Multiple databases - for example:
Different temperature
Coating machine
Separate for each project
Different clients
Different systems of units
Materials data easily imported
Graphical display of data
Powerful editors
2009-02-17
Mentor Graphics Catapult C Synthesis 2008 license crack
Mentor Graphics Corporation (Nasdaq: MENT) announced that Fujitsu Limited has adopted the Catapult® C Synthesis tool to its standard ASIC (application specific integrated circuit) design kit. A number of electronic system level (ESL) synthesis tools were assessed in order to meet Fujitsu’s stringent requirements for quality standards. As a result, the Catapult C Synthesis tool was selected after exhaustive tests, and deployed for current design projects, which include two tapeouts in the last few months.
Mentor offers total support for an electronic system level (ESL) hardware design solution. Catapult C Synthesis inputs pure ANSI C++ code and automatically generates RTL targeted to FPGA or ASIC technologies. Pioneer's designers report that the Catapult C Synthesis tool helps them achieve optimal architecture and create the best implementation in terms of latency, power consumption and size. For verification, Pioneer's designers can use the Catapult C tool's SystemC verification extension, which allows them to reuse the original C++ testbench to run RTL simulation using Mentor Graphics' ModelSim{reg} verification tool. By using Mentor's FPGA logic synthesis tool, Precision RTL Synthesis, Pioneer engineers can create an FPGA implementation without timing violation and also verify and measure performance of the final implementation.
Mentor Graphics Corporation (Nasdaq:MENT) today announced its Catapult(TM) C Synthesis product, the only algorithmic synthesis tool that uses pure, untimed C++ to create quality register transfer level (RTL) descriptions up to 20 times faster than traditional manual methods. With the Catapult C Synthesis tool, hardware designers can significantly reduce RTL implementation time, improve design flow reliability and shrink hardware size. The Catapult C Synthesis tool targets designers developing application-specific integrated circuits (ASICs) or field-programmable gate arrays (FPGAs) for next-generation, compute-intensive applications such as wireless communication, satellite communication and video/image processing.
By uniting system-level and hardware design, the Catapult C Synthesis tool combines with the Mentor Graphics(R) ModelSim(R) simulator to create the central foundation for a C-based design flow.
Mentor offers total support for an electronic system level (ESL) hardware design solution. Catapult C Synthesis inputs pure ANSI C++ code and automatically generates RTL targeted to FPGA or ASIC technologies. Pioneer's designers report that the Catapult C Synthesis tool helps them achieve optimal architecture and create the best implementation in terms of latency, power consumption and size. For verification, Pioneer's designers can use the Catapult C tool's SystemC verification extension, which allows them to reuse the original C++ testbench to run RTL simulation using Mentor Graphics' ModelSim{reg} verification tool. By using Mentor's FPGA logic synthesis tool, Precision RTL Synthesis, Pioneer engineers can create an FPGA implementation without timing violation and also verify and measure performance of the final implementation.
Mentor Graphics Corporation (Nasdaq:MENT) today announced its Catapult(TM) C Synthesis product, the only algorithmic synthesis tool that uses pure, untimed C++ to create quality register transfer level (RTL) descriptions up to 20 times faster than traditional manual methods. With the Catapult C Synthesis tool, hardware designers can significantly reduce RTL implementation time, improve design flow reliability and shrink hardware size. The Catapult C Synthesis tool targets designers developing application-specific integrated circuits (ASICs) or field-programmable gate arrays (FPGAs) for next-generation, compute-intensive applications such as wireless communication, satellite communication and video/image processing.
By uniting system-level and hardware design, the Catapult C Synthesis tool combines with the Mentor Graphics(R) ModelSim(R) simulator to create the central foundation for a C-based design flow.
2009-02-10
optisworks 2009 license key crack
Toulon, France, 28 January 2009 – OPTIS, the leading software developer for the scientific simulation of light, has announced that the functionality of its 3D Textures package has been integrated into OptisWorks, which is the SolidWorks add-in version of OPTIS’s SPEOS software. 3D Textures For OptisWorks was released in January 2009.
What's New in OPTIS Labs 2009
Compatibility
Windows 2000 is no more supported.
64 bits version.
New functionalities
Virtual Photometric Lab & Virtual Human Vision Lab: Sun Glasses colored filter.
Virtual Photometric Lab & Virtual Human Vision Lab: Night Vision Goggles.
3D view tool.
Improvements
BSDF - BRDF Viewer: Display of the total reflection and/or transmission coefficients.
Fixed bugs
Virtual Photometric Lab and Virtual Human Vision Labs: The Print view closure using the top-right cross.
Accuracy of a XMP map which is a conoscopic intensity result.
An error message added when opening an empty Ray File with the Ray File Editor.
Automation
New Virtual Photometric Lab API:
NightVisionGoggles
SpectralFiltering
GetPrecision
New Virtual Human Vision Lab API:
Animation: AnimationLocalAdaptation and AnimationTimeAdaptation
GetDepth
NightVisionGoggles
SpectralFiltering
XNb YNb
Licensing
New Radiometry-Defense Lab (LAB_VE4).
Vision Goggles is granted by VE4 (SPEOS CAA V5 Based) and SVE4 (SPEOS Visual Ergonomics).
Sun Glasses colored filter is granted by VE3 (SPEOS CAA V5 Based), SVE3 (SPEOS Visual Ergonomics) and LAB_VE3 (OPTIS Labs).
Contact us:crackcad@gmail.com
What's New in OPTIS Labs 2009
Compatibility
Windows 2000 is no more supported.
64 bits version.
New functionalities
Virtual Photometric Lab & Virtual Human Vision Lab: Sun Glasses colored filter.
Virtual Photometric Lab & Virtual Human Vision Lab: Night Vision Goggles.
3D view tool.
Improvements
BSDF - BRDF Viewer: Display of the total reflection and/or transmission coefficients.
Fixed bugs
Virtual Photometric Lab and Virtual Human Vision Labs: The Print view closure using the top-right cross.
Accuracy of a XMP map which is a conoscopic intensity result.
An error message added when opening an empty Ray File with the Ray File Editor.
Automation
New Virtual Photometric Lab API:
NightVisionGoggles
SpectralFiltering
GetPrecision
New Virtual Human Vision Lab API:
Animation: AnimationLocalAdaptation and AnimationTimeAdaptation
GetDepth
NightVisionGoggles
SpectralFiltering
XNb YNb
Licensing
New Radiometry-Defense Lab (LAB_VE4).
Vision Goggles is granted by VE4 (SPEOS CAA V5 Based) and SVE4 (SPEOS Visual Ergonomics).
Sun Glasses colored filter is granted by VE3 (SPEOS CAA V5 Based), SVE3 (SPEOS Visual Ergonomics) and LAB_VE3 (OPTIS Labs).
Contact us:crackcad@gmail.com
2009-02-09
PVTsim 18.0 license crack
PVTsim 18
PVTsim is a versatile PVT simulation program developed for reservoir engineers, flow assurance specialists, PVT lab engineers and process engineers.
The PVT simulation package PVTsim is being used by leading oil producing and operating companies throughout the world.
Based on an extensive data material collected over a period of more than 20 years, PVTsim carries the information from experimental PVT studies into simulation software in a consistent manner and without loosing valuable information on the way.
PVTsim 18 allows reservoir engineers, flow assurance specialists and process engineers to combine reliable fluid characterization procedures with robust and efficient regression algorithms to match fluid properties and experimental data. The fluid parameters may be exported to produce high quality input data for reservoir, pipeline and process simulators.
PVTsim 18 is petroleum phase behavior at the tip of your fingers.
PVT & Regression
MMP algorithm enhanced (especially for CO2 injection gas). More informative error text message in case of failure.
Enhanced numerical robustness of option for regressing to MMP.
Max. number of cells in Slimtube option increased to 2000. Output frequency introduced for time steps and cell numbers.
Enhanced numerical stability of saturation point option.
Regression option modified to run on Vista.
An extra datapoint was erroneously added when plotting Vrel for CME after regression.
Bug corrected in Regression option for characterized fluids. Lumping specification not always carried properly through to regression.
Plus fluid regression option modified to allow viscosity model parameters as the only tuning parameters.
Improved numerical robustness when tuning to swelling data.
Plus fluid regression erroneously changed the Peneloux parameter of CO2.
Drive type (Forward or Reverse) specification not visible for set number 5 of Multi Contact Experiment.
Saturation point option did not work for more than 1 saturation point.
Gas/oil mix ratio for Reverse Multi Contact Experiment changed to be per amount of initial oil and not amount of oil at actual stage.
Flash & Unit Operations
Improved T-dependence of H2S dissociation constant for temperatures above 70 °C.
Numerical robustness of water phase envelope algorithm option enhanced for systems with two hydrocarbon liquid phases.
Energy properties and density derivates of salt water were incorrect when calculated using Property Generator and Water Package.
Unit Operations options by mistake returned C10+ molecular weights of zero.
Flow Assurance
Hydrate H was not counted when making average energy properties.
Error corrected in Hydrate Minimum Inhibitor Option. The error appeared for mixtures with salts when more than one set of pressure-temperature values specified.
DepoWax extended with Mukherjee&Brill pressure drop model.
Bug corrected in DepoWax to enable simulation of pipes with identical inlet and ambient temperatures.
DepoWax extended to always calculate film thickness, not only in sections with wax depositing.
Hinner correlations updated in DepoWax to not include length dependent terms (these are only relevant for very short pipes with significant boundary effects).
Error corrected in DepoWax for T-derivative of the density. Marginal influence on T-profile
Unit for dP/dL corrected in DepoWax
Errors corrected in DepoWax for average viscosity of oil and water and for surface tension of gas-liquid (when water present).
Corrected made in DepoWax in calculation of heat transfer using Petukov-ESDU correlation.
Error corrected in DepoWax causing same simulation results after all time steps.
Error in thickness of laminar film corrected in DepoWax. Caused too much wax deposition.
Time step control implemented in DepoWax causing wax build-up to be almost independent of time step length.
Default Hinner correlation in DepoWax changed from Petukov-ESDU to Sieder-Tate, as the former is discontinuous in Reynold's number.
PC-SAFT available as asphaltene model for JIP sponsors as alternative to SRK/PR.
Open Structure
Open Structure Flash extended with option for calculating water properties from water package.
Error corrected in Open Structure Flash in option for specifying phase type of single-phase fluid.
2009-02-07
Mentor Graphics Calibre 2008 license crack
Mentor Graphics Corporation (Nasdaq: MENT) today announced the availability of Calibre® xRC™ and Calibre xL rule decks for TSMC’s advanced 65nm process node. These rule decks provide advanced modeling capabilities including process sensitivity, and self and mutual inductance. Calibre now provides a solution for many types of integrated circuit designs including analog, digital, mixed signal, and memory.
For nanometer designs, accurate simulation and analysis requires more than traditional resistance and capacitance. Designers need a post-layout silicon model that incorporates inductance, process sensitivity effects, and efficient accounting of effects not captured in the device model. Using Calibre xRC and Calibre xL in the design flow helps ensure that designers have all the data they need to obtain successful first pass silicon.
“We have developed testing methodology for parasitic extraction tools to make sure we deliver accurate solutions to our customers. Calibre xRC and Calibre xL performed well in our internal tests and offers advanced modeling capabilities to capture process variation effects that are necessary for 65nm,” said Ed Wan, senior director of design services marketing, TSMC.
“Delivering accurate, complete parasitic models is an integral part of Calibre’s overall objective to improve silicon yield,” said Joe Sawicki, vice president and general manager, Design to Silicon Division, Mentor Graphics. “When coupled with Calibre LVS for device modeling, Calibre xRC and Calibre xL helps designers address parametric yield issues by accurately capturing process variation effects in device and interconnect models. Additionally, customers now have access to a full complement of inductance models with self, mutual and skin effect modeling that is necessary for today’s high frequency interconnect.”
Enabling Accurate Post-layout Functional Verification:
The New Nanometer Silicon Model
Shrinking geometries and increasing design size in the nanometer era have enabled greater functionality on a single chip. But with the increased functionality comes new complexities that create more problems in the attempt to attain design closure. This requires an electrical representation of the chip that accounts for the actual physical design of its devices and interconnect, and accurate silicon model. Calibre xRC and Calibre xL meet the demands of nanometer designs with a comprehensive approach to device and parasitic extraction to compose accurate silicon models enabling a large variety of post-layout analyses.
For nanometer designs, accurate simulation and analysis requires more than traditional resistance and capacitance. Designers need a post-layout silicon model that incorporates inductance, process sensitivity effects, and efficient accounting of effects not captured in the device model. Using Calibre xRC and Calibre xL in the design flow helps ensure that designers have all the data they need to obtain successful first pass silicon.
“We have developed testing methodology for parasitic extraction tools to make sure we deliver accurate solutions to our customers. Calibre xRC and Calibre xL performed well in our internal tests and offers advanced modeling capabilities to capture process variation effects that are necessary for 65nm,” said Ed Wan, senior director of design services marketing, TSMC.
“Delivering accurate, complete parasitic models is an integral part of Calibre’s overall objective to improve silicon yield,” said Joe Sawicki, vice president and general manager, Design to Silicon Division, Mentor Graphics. “When coupled with Calibre LVS for device modeling, Calibre xRC and Calibre xL helps designers address parametric yield issues by accurately capturing process variation effects in device and interconnect models. Additionally, customers now have access to a full complement of inductance models with self, mutual and skin effect modeling that is necessary for today’s high frequency interconnect.”
Enabling Accurate Post-layout Functional Verification:
The New Nanometer Silicon Model
Shrinking geometries and increasing design size in the nanometer era have enabled greater functionality on a single chip. But with the increased functionality comes new complexities that create more problems in the attempt to attain design closure. This requires an electrical representation of the chip that accounts for the actual physical design of its devices and interconnect, and accurate silicon model. Calibre xRC and Calibre xL meet the demands of nanometer designs with a comprehensive approach to device and parasitic extraction to compose accurate silicon models enabling a large variety of post-layout analyses.
2009-02-04
AVEVA PDMS 12.0 license crack
Aveva Group sells and supports its engineering software to plant and marine industries around the globe. Aveva Plant is engineering software used to design, build and operate plants of any size and complexity, the vendor said. Meanwhile, Aveva's PDMS, or plant design management system, is engineering software that uses rule-based functions to verify material information and, in turn, cut down on errors and delays.
Aveva PDMS
Aveva also offers Aveva PDMS 12 as a complement to Aveva Plant. (PDMS stands for plant design management system.) The software has a Microsoft Office-like interface and uses rule-based functions and checking tools to eliminate design errors, thus removing on-site delays due to inaccurate materials information, the vendor said. Moreover, designers can view an entire design at all times and create design databases by adding instances of parametric components from an existing catalog.
Using configurable PDMS applications, designers and managers can produce an array of reports and drawings, and hundreds of users can simultaneously work on a project. Standards-based P&ID integration eliminates errors that can result from the use of multiple authoring systems, while automatic change highlighting and tracking helps identify who has changed what in a design, Aveva said. Finally, since Aveva PDMS features a Programmable Macro Language, users can customize and automate the application as needed.
The process and power industries need powerful design applications that can be used effectively across globally distributed project teams. AVEVA PDMS delivers this proven capability, for the smallest refit or the largest green field project.
AVEVA PDMS 12 is a major new release of this world-leading product. Its upgraded technology and data structures provide a strong, extensible platform for its enhanced applications, increasing productivity, providing simple upgrade paths and making PDMS even easier to adopt.
Key Features
* Fully interactive, easy-to-use 3D design environment, with a Microsoft Office-style user interface based on .NET technology.
* Open P&ID approach consolidates P&IDs from multiple authoring systems into the PDMS database.
* Individual designers can see the entire design
at all times.
* Designers progressively construct a highly intelligent design database by placing instances of parametric components from a catalogue.
* Clash checking and configurable integrity checking rules identify errors and inconsistencies across the design.
* A wide range of reports and drawings can be produced automatically from the design database using highly configurable PDMS applications.
* Hundreds of users can work together in a fully controlled manner.
* Conventional issue and change control processes can all be applied efficiently.
* AVEVA PDMS is highly configurable and includes a powerful programmable macro language (PML) to customise the system and automate key tasks.
Aveva PDMS
Aveva also offers Aveva PDMS 12 as a complement to Aveva Plant. (PDMS stands for plant design management system.) The software has a Microsoft Office-like interface and uses rule-based functions and checking tools to eliminate design errors, thus removing on-site delays due to inaccurate materials information, the vendor said. Moreover, designers can view an entire design at all times and create design databases by adding instances of parametric components from an existing catalog.
Using configurable PDMS applications, designers and managers can produce an array of reports and drawings, and hundreds of users can simultaneously work on a project. Standards-based P&ID integration eliminates errors that can result from the use of multiple authoring systems, while automatic change highlighting and tracking helps identify who has changed what in a design, Aveva said. Finally, since Aveva PDMS features a Programmable Macro Language, users can customize and automate the application as needed.
The process and power industries need powerful design applications that can be used effectively across globally distributed project teams. AVEVA PDMS delivers this proven capability, for the smallest refit or the largest green field project.
AVEVA PDMS 12 is a major new release of this world-leading product. Its upgraded technology and data structures provide a strong, extensible platform for its enhanced applications, increasing productivity, providing simple upgrade paths and making PDMS even easier to adopt.
Key Features
* Fully interactive, easy-to-use 3D design environment, with a Microsoft Office-style user interface based on .NET technology.
* Open P&ID approach consolidates P&IDs from multiple authoring systems into the PDMS database.
* Individual designers can see the entire design
at all times.
* Designers progressively construct a highly intelligent design database by placing instances of parametric components from a catalogue.
* Clash checking and configurable integrity checking rules identify errors and inconsistencies across the design.
* A wide range of reports and drawings can be produced automatically from the design database using highly configurable PDMS applications.
* Hundreds of users can work together in a fully controlled manner.
* Conventional issue and change control processes can all be applied efficiently.
* AVEVA PDMS is highly configurable and includes a powerful programmable macro language (PML) to customise the system and automate key tasks.
2009-02-03
Lectra Romanscad v7.0 dongle crack
Lectra, the world leader in software, CAD/CAM equipment and associated services dedicated to the fashion, automotive, aerospace and furniture markets, will present its complete, integrated range dedicated to the world of footwear, luggage and leather goods at the SIMAC, FIMEC and Shoes and Leather Industry exhibitions in Bologna, Italy and Novo Hamburgo, Brazil from April 17 to 20, and Guangzhou (China) from May 30 to June 2. The latest versions of the Romans CAD Software range and the new generation of VectorFashion automated cutters, combining power with intelligence, will be on display at these events.
RomansCAD Software 2D is a powerful tool that simplifies pattern operations, promotes the expertise of the users and saves you time.
he RomansCAD Software 3D Design solution helps you meet these challenges by associating traditional skills and high-tech expertise. This tool lets you increase your creativity by drawing the style lines you want. Easy to use, it helps you simulate and offer your customers and suppliers a multitude of increasingly original models.
The RomansCAD Software 3D Last&Grade solution helps you meet your challenges by associating traditional and high-tech expertise. RomansCAD Software 3D Last&Grade is recognized by the entire profession as a high-performance tool for creating and grading 3D lasts.
o calculate quickly the consumption and cost of the materials before producing a model, you first need to know the data! The RomansCAD Software SL solution helps you meet this challenge by giving you the full results of the surface and lengths calculations with the impact on the cost of the model.
Romanscad include
- Romanscad 2D V7.0 contact
- Romanscad 3D V7.0 contact
- Romanscad CUT V7.0 contact
- Romanscad SL V7.0 contact
- Romanscad SOLE V7.0 contact
RomansCAD Software 2D is a powerful tool that simplifies pattern operations, promotes the expertise of the users and saves you time.
he RomansCAD Software 3D Design solution helps you meet these challenges by associating traditional skills and high-tech expertise. This tool lets you increase your creativity by drawing the style lines you want. Easy to use, it helps you simulate and offer your customers and suppliers a multitude of increasingly original models.
The RomansCAD Software 3D Last&Grade solution helps you meet your challenges by associating traditional and high-tech expertise. RomansCAD Software 3D Last&Grade is recognized by the entire profession as a high-performance tool for creating and grading 3D lasts.
o calculate quickly the consumption and cost of the materials before producing a model, you first need to know the data! The RomansCAD Software SL solution helps you meet this challenge by giving you the full results of the surface and lengths calculations with the impact on the cost of the model.
Romanscad include
- Romanscad 2D V7.0 contact
- Romanscad 3D V7.0 contact
- Romanscad CUT V7.0 contact
- Romanscad SL V7.0 contact
- Romanscad SOLE V7.0 contact
2009-02-02
Gerber v8.3 (C) Gerber crack
Tolland, CT - Gerber Technology, a unit of Gerber Scientific, Inc. and the world leader in automated CAD/CAM and PLM solutions for the apparel and flexible materials industry, announces the release of AccuMarkversion 8.3. This update to the industry's benchmark software for pattern design, grading and marker making includes system navigation enhancements and upgrades to enhance efficiency, data integration and ease of use. Included in the update is an improved interface with its WebPDM and Fashion Lifecycle Management suite.
"Tight integration between CAD and PDM/PLM software is such an important factor in facilitating Product Lifecycle Management," said Bill Brewster, Gerber Technology's vice president of global marketing and product management. "As we focus on continuous improvements to enable our customers to maintain their competitive edge, AccuMark's interface with WebPDM and our PLM suite, Fashion Lifecycle Management, is something we're really proud of. That, combined with the other enhancements, makes this new release a valuable tool in industries including fashion where high velocity production is a must to remain competitive," he added.
In addition, Gerber Technology enhanced Pattern Wizard, one of the most popular functions within the AccuMark system. Pattern Wizard enables users of all experience levels to quickly and easily generate graded costing patterns from a library of pre-defined garment types and finished garment size specifications; it can also be used to modify existing styles, using a measurement chart. Wizards are created by the brands and emailed to the global suppliers to control the quality of the styles being created offshore and to ensure their standard patterns are created correctly and to specification.
AccuMark V8.3 supports both SQL Server 2005 and SQL Server Express 2005. SQL Server Express 2005 is included with the AccuMark software, free of charge, so that companies can be introduced to the benefits of SQL without having to purchase Server 2005. SQL Server Express provides users with better access to statistical data from their AccuMark systems and allows users to run database applications on desktops and small servers.
When combined with AccuMark V8.3, SQL Server 2005 provides users with increased levels of data security, user-level controls of access to data, and more robust user access to data on large networks of AccuMark systems. As the top choice in enterprise databases, SQL Server 2005 facilitates communication between the AccuMark and other ERP systems, providing easier access to the AccuMark data for querying, scheduling or even remote processing of data.
"AccuMark version 8.3 allows users to make the most of their time and resources. By listening to our customers, we continue to innovate by expanding the features to meet customer needs for both speed and cost reduction," said Angela Cruz, product manager, AccuMark family products, Gerber Technology. "We are really pleased to see this product continue to evolve and to be the leading choice of so many in the industry."
Currently available in more than 20 languages, AccuMark is the standard for pattern design, grading and marker making/nesting in the apparel, transportation interiors, furniture and industrial fabrics industries. AccuMark software is used by more than 13,000 customers worldwide, with more than 38,000 seats installed.
Customers with Software Subscription Contracts can download Version 8.3 free of charge from GERBERnet, the company's Internet-based customer service portal for software updates, replacement parts ordering and comprehensive technical documentation. Access to GERBERnet is provided via www.gerbertechnology.com. Software Subscription Contracts also offer users access to call centers around the world for further technical assistance
"Tight integration between CAD and PDM/PLM software is such an important factor in facilitating Product Lifecycle Management," said Bill Brewster, Gerber Technology's vice president of global marketing and product management. "As we focus on continuous improvements to enable our customers to maintain their competitive edge, AccuMark's interface with WebPDM and our PLM suite, Fashion Lifecycle Management, is something we're really proud of. That, combined with the other enhancements, makes this new release a valuable tool in industries including fashion where high velocity production is a must to remain competitive," he added.
In addition, Gerber Technology enhanced Pattern Wizard, one of the most popular functions within the AccuMark system. Pattern Wizard enables users of all experience levels to quickly and easily generate graded costing patterns from a library of pre-defined garment types and finished garment size specifications; it can also be used to modify existing styles, using a measurement chart. Wizards are created by the brands and emailed to the global suppliers to control the quality of the styles being created offshore and to ensure their standard patterns are created correctly and to specification.
AccuMark V8.3 supports both SQL Server 2005 and SQL Server Express 2005. SQL Server Express 2005 is included with the AccuMark software, free of charge, so that companies can be introduced to the benefits of SQL without having to purchase Server 2005. SQL Server Express provides users with better access to statistical data from their AccuMark systems and allows users to run database applications on desktops and small servers.
When combined with AccuMark V8.3, SQL Server 2005 provides users with increased levels of data security, user-level controls of access to data, and more robust user access to data on large networks of AccuMark systems. As the top choice in enterprise databases, SQL Server 2005 facilitates communication between the AccuMark and other ERP systems, providing easier access to the AccuMark data for querying, scheduling or even remote processing of data.
"AccuMark version 8.3 allows users to make the most of their time and resources. By listening to our customers, we continue to innovate by expanding the features to meet customer needs for both speed and cost reduction," said Angela Cruz, product manager, AccuMark family products, Gerber Technology. "We are really pleased to see this product continue to evolve and to be the leading choice of so many in the industry."
Currently available in more than 20 languages, AccuMark is the standard for pattern design, grading and marker making/nesting in the apparel, transportation interiors, furniture and industrial fabrics industries. AccuMark software is used by more than 13,000 customers worldwide, with more than 38,000 seats installed.
Customers with Software Subscription Contracts can download Version 8.3 free of charge from GERBERnet, the company's Internet-based customer service portal for software updates, replacement parts ordering and comprehensive technical documentation. Access to GERBERnet is provided via www.gerbertechnology.com. Software Subscription Contracts also offer users access to call centers around the world for further technical assistance
2009.01 0day softwares
2009-01-30 Algor.FEA.v23.SP2
2009-01-30 CAEFEM.v9.3
2009-01-29 CMG SUITE V2008.10
2009-01-29 Siemens PLM FEMAP 10.0
2009-01-29 ALGOR.Designcheck.v23.0.SP2
2009-01-29 Tessel.CADRaster.Pro.v9.1.for.Autocad
2009-01-28 LMS.VIRTUAL.LAB.REV8A.SL1.32BIT
2009-01-26 SOLIDWORKS.V2009.SP.2.0.MULTILANGUAGE.UPDATE
2009-01-25 Dassault.Systemes.CATIA.v5R19.incl.SP3.MULTiLANGUAGE
2009-01-25 BASIS.BBj.Barista.Enterprise.v8.31
2009-01-24 LANTEK.V27
2009-01-24 Mastercam.X3.Maintenance.Update.1 crackfix
2009-01-23 Safe.Software.FME.Desktop.v2009.5660
2009-01-22 GS.AFES.v3.0.012109
2009-01-22 VAG.ElsaWin.v3.60.MULTiLANGUAGE
2009-01-21 Bentley.PowerMap.XM.v08.09.04.84
2009-01-21 Bentley.InRoads.Suite.XM.Edition.v8.09.03.06
2009-01-21 Bentley.InRoads.Suite.v8i.XM.v8.11.05.47
2009-01-21 Bentley.Civil.Extension.For.InRoads.XM.v8.09.03.06
2009-01-20 ESI.ADVANCED.CFD.V2008.2
2009-01-20 DELCAM.FEATURECAM.2009.V15
2009-01-19 Bentley.ProSteel.V8i.for.AutoCAD.2004-2009.v19.11.08.MULTiLANGUAGE
2009-01-18 CEI.EnSight.Gold.v9.0 for win &Linux
2009-01-18 CambridgeSoft.ChemBioOffice.WorkGroup.Ultra.2009.v11.0.2
2009-01-17 Virtual.NanoLab.v2008.10
2009-01-17 Atomistix.Toolkit.v2008.10
2009-01-16 Autodesk.Robot.Structural.Analysis.Professional.v2009
2009-01-15 Autodsys.AcceliCAD2CAM.2009.v6.4.23.3A
2009-01-14 Spark-Space.Professional.v4.0.0015
2009-01-13 Pointwise.v16.02.R1
2009-01-12 Nemetschek_Allplan_BIM_v2008.0e_MULTiLANGUAGE
2009-01-12 Molecular.Operating.Environment.v2008.10
2009-01-11 MOSEK.Optimization.Tools.v5.0.105
2009-01-10 PLANIT EDGECAM V2009 R1
2009-01-10 NCSS.with.GESS.2007.v7.1.14
2009-01-09 Think3.ThinkDesign.v2008.1.build.107.78.MULTILANGUAGE
2009-01-08 IMPROVISION_VOLOCITY_V5.0.2
2009-01-08 LMS.TEST.LAB.V8B
2009-01-07 Telelogic.Rhapsody.v7.4.1005738.Windows
2009-01-07 ICEM.Surf.v4.8.0
2009-01-07 Aquaveo.GMS.v6.5.3
2009-01-06 Eon.Vue.7_xStream.X86.X64
2009-01-05 Molecular.Operating.Environment.v2008.10
2009-01-04 SOFTWARE_CRADLE_SC_TETRA_V7
2009-01-04 TEKLA.STRUCTURES.V14.1
2009-01-04 PLEINAIR.PAINTING.THE.AMERICAN.LANDSCAPE
2009-01-02 Aquaveo.SMS.v10.0.10
2009-01-02 Aquaveo.WMS.v8.1.120508
2009-01-02 CSI.ETABS.NL.V9.5.0
2009-01-02 AUTODESK.IMPRESSION.V2.0.21973
2009-01-01 Bentley.Structural.V8i.XM.v8.11.05.25
2009-01-01 Bentley.Revit.Plugin.V8i.XM.v8.11.05.26
2009-01-01 Bentley.Microstation.Descartes.V8i.XM.v8.11.05.25
2009-01-01 Dowell.Systems.Automotive.Expert.v7.85
2009-01-01 Geometric.GeomCaliper.for.CATIA.V5.R2.3
from caxsoft
2009-01-30 CAEFEM.v9.3
2009-01-29 CMG SUITE V2008.10
2009-01-29 Siemens PLM FEMAP 10.0
2009-01-29 ALGOR.Designcheck.v23.0.SP2
2009-01-29 Tessel.CADRaster.Pro.v9.1.for.Autocad
2009-01-28 LMS.VIRTUAL.LAB.REV8A.SL1.32BIT
2009-01-26 SOLIDWORKS.V2009.SP.2.0.MULTILANGUAGE.UPDATE
2009-01-25 Dassault.Systemes.CATIA.v5R19.incl.SP3.MULTiLANGUAGE
2009-01-25 BASIS.BBj.Barista.Enterprise.v8.31
2009-01-24 LANTEK.V27
2009-01-24 Mastercam.X3.Maintenance.Update.1 crackfix
2009-01-23 Safe.Software.FME.Desktop.v2009.5660
2009-01-22 GS.AFES.v3.0.012109
2009-01-22 VAG.ElsaWin.v3.60.MULTiLANGUAGE
2009-01-21 Bentley.PowerMap.XM.v08.09.04.84
2009-01-21 Bentley.InRoads.Suite.XM.Edition.v8.09.03.06
2009-01-21 Bentley.InRoads.Suite.v8i.XM.v8.11.05.47
2009-01-21 Bentley.Civil.Extension.For.InRoads.XM.v8.09.03.06
2009-01-20 ESI.ADVANCED.CFD.V2008.2
2009-01-20 DELCAM.FEATURECAM.2009.V15
2009-01-19 Bentley.ProSteel.V8i.for.AutoCAD.2004-2009.v19.11.08.MULTiLANGUAGE
2009-01-18 CEI.EnSight.Gold.v9.0 for win &Linux
2009-01-18 CambridgeSoft.ChemBioOffice.WorkGroup.Ultra.2009.v11.0.2
2009-01-17 Virtual.NanoLab.v2008.10
2009-01-17 Atomistix.Toolkit.v2008.10
2009-01-16 Autodesk.Robot.Structural.Analysis.Professional.v2009
2009-01-15 Autodsys.AcceliCAD2CAM.2009.v6.4.23.3A
2009-01-14 Spark-Space.Professional.v4.0.0015
2009-01-13 Pointwise.v16.02.R1
2009-01-12 Nemetschek_Allplan_BIM_v2008.0e_MULTiLANGUAGE
2009-01-12 Molecular.Operating.Environment.v2008.10
2009-01-11 MOSEK.Optimization.Tools.v5.0.105
2009-01-10 PLANIT EDGECAM V2009 R1
2009-01-10 NCSS.with.GESS.2007.v7.1.14
2009-01-09 Think3.ThinkDesign.v2008.1.build.107.78.MULTILANGUAGE
2009-01-08 IMPROVISION_VOLOCITY_V5.0.2
2009-01-08 LMS.TEST.LAB.V8B
2009-01-07 Telelogic.Rhapsody.v7.4.1005738.Windows
2009-01-07 ICEM.Surf.v4.8.0
2009-01-07 Aquaveo.GMS.v6.5.3
2009-01-06 Eon.Vue.7_xStream.X86.X64
2009-01-05 Molecular.Operating.Environment.v2008.10
2009-01-04 SOFTWARE_CRADLE_SC_TETRA_V7
2009-01-04 TEKLA.STRUCTURES.V14.1
2009-01-04 PLEINAIR.PAINTING.THE.AMERICAN.LANDSCAPE
2009-01-02 Aquaveo.SMS.v10.0.10
2009-01-02 Aquaveo.WMS.v8.1.120508
2009-01-02 CSI.ETABS.NL.V9.5.0
2009-01-02 AUTODESK.IMPRESSION.V2.0.21973
2009-01-01 Bentley.Structural.V8i.XM.v8.11.05.25
2009-01-01 Bentley.Revit.Plugin.V8i.XM.v8.11.05.26
2009-01-01 Bentley.Microstation.Descartes.V8i.XM.v8.11.05.25
2009-01-01 Dowell.Systems.Automotive.Expert.v7.85
2009-01-01 Geometric.GeomCaliper.for.CATIA.V5.R2.3
from caxsoft
2009-01-31
VeSys Electrical series v2008.1 Mentor.Graphics license keygen
The VeSys Design course was developed to provide a comprehensive introduction to VeSys Design concepts and functionality. It will cover the basic functions required for the creation of electrical Wiring diagrams as well as the circuit analysis features available to the designer.
You will learn how to
Create functional wiring/circuit diagrams
Setup Electrical parts in the component database
Perform Simulation and Analysis
Input Behavioral models of Electronic Control Units
Generate Reports
Generate Reports
Hands-On Labs
Throughout this course, extensive hands-on lab exercises provide you with practical experience using the Vesys software. Hands-on lab topics include:
Creation of wiring and functional diagrams
Creation of components
Creation of reports
Audience
Circuit/Schematic design engineers that use VeSys Design in their daily work process.
Prerequisites
Participants should be familiar with electrical schematic diagrams
Key Topics
Component Data Input and Maintenance
Electrical Components
Connecting Components
Custom Components and Logic
Inline and Component Connectors
Simulation and Analysis
Data Export and Reports
Configuration
You will learn how to
Create functional wiring/circuit diagrams
Setup Electrical parts in the component database
Perform Simulation and Analysis
Input Behavioral models of Electronic Control Units
Generate Reports
Generate Reports
Hands-On Labs
Throughout this course, extensive hands-on lab exercises provide you with practical experience using the Vesys software. Hands-on lab topics include:
Creation of wiring and functional diagrams
Creation of components
Creation of reports
Audience
Circuit/Schematic design engineers that use VeSys Design in their daily work process.
Prerequisites
Participants should be familiar with electrical schematic diagrams
Key Topics
Component Data Input and Maintenance
Electrical Components
Connecting Components
Custom Components and Logic
Inline and Component Connectors
Simulation and Analysis
Data Export and Reports
Configuration
HALCON 9.0 crack MVTec Software GmbH
MVTec Software GmbH, HALCON 9.0
Faster Processing
Profit from the speedup of the entire HALCON library
The entire HALCON library again is faster by improved algorithms, extended use of SSE technology, and a comprehensive utilization of multi-core and multi-processor hardware. HALCON's automatic operator parallelization, industry-proven for 8 years, has been accelerated by more than 20% and now runs more than 400 operators in parallel, such as filters, matching, 3D matching, subpixel extraction, and FFT.
Extremely Robust Matching
Rely on HALCON's revolutionary new matching technologies
introduces two new matching technologies for robustly finding perspectively distorted objects: descriptor-based matching, which is based on the detection of interest points, and perspective, deformable matching, which uses a shape-based approach. These technologies supplement HALCON's powerful matching methods for every application.
Complete 3D Vision
Take the first choice for 3D vision
HALCON 9.0 again offers many new methods for 3D vision, making HALCON the only software you need for your application. These methods include, but are not limited to the above mentioned new matching technologies, as well as multigrid stereo that reconstructs stereo images without texture in entire image parts for high-precision results, and sheet-of-light measurement. Furthermore, HALCON's comprehensive 3D calibration, which is crucial for 3D vision as well as for highly precise measuring, is strongly enhanced.
Faster Development
Speed up your development by improved usability
HALCON's integrated development environment (IDE) HDevelop includes many enhancements, such as a full text editor, an alternative to the established dialog-based editor. The new editor speeds up the development and provides many intelligent editing features, e.g., advanced autocompletion. The new HDevelop calibration assistant evaluates the quality of calibration images and helps you to easily and accurately perform the camera calibration. Furthermore, HALCON 9.0 comes with a huge amount of new source code modules and classes – HALCON codelets. These are used outside HDevelop as templates for new applications or directly called within newly developed code.
Higher Resolution
Process extremely large images with HALCON XL
With the version 9.0, HALCON is able to process images in practically unlimited image size, even larger than 32k x 32k. This lets you process images of any width and any height. The limitation only depends on available memory and the used operating system. This new feature comes as a separate IDE and library, named HALCON XL. Of course, HALCON XL covers the full HALCON library.
Thanks to HALCON XL, even demanding line scan camera applications now can be realized – even if the height of the scanned image exceeds 32k.
Further New Features
* Upgraded GigE Vision interface
* Operators with timeout
* New increased tolerance mode for shape-based matching
* Model generation from DXF files
* Improved hand-eye calibration
* Extended documentation
* Correction of lens distortions without calibration plate
* Enhanced 3D visualization techniques, e.g., for 3D plots
* Exception handling in HDevelop
* Documentation mechanism for HDevelop procedures
* Faster and improved bar code reader for all RSS codes (incl. composites)
* Print quality inspection for further standards
* More robust data code reader and enhanced ECC200 reader
* Large set of matrix operators
* Fast color space transformation
* And many, many more...
2009-01-29
Siemens PLM FEMAP 10.0 license crack
Femap provides comprehensive functionality in an independent environment for modeling, simulation and review of product performance results.
Geometry creation:Boolean and extrude/revolve solid modeling; mid-surface extraction; project curves onto surfaces; intersect surfaces to create curves; define regions by projecting curves on solid; create curves based on U-V space on surfaces; shell solids with constant thickness; rule, revolve, extrude and loft surfaces; stitch surfaces into solids; create points, lines, arcs, circles and splines;. break, trim, extend, join, fillet, offset and copy geometric entities.
Import or export: DXF and IGES points and curves, stereolithography (SLA) data, ACIS (.sat) Parasolid (.x_t) parts or assemblies. CATIA import model files, and Express files from CATEXP. (CATIA v4.1.x, v4.2, or v5) , VDA Import (up to v2.0), I-deas import (MS8), Pro/E import.(v16 to v20), Solid Edge import, Unigraphics NX import.( v11 through NX v4).
Meshing: Global and local controls with default sizing. Define element size or spacing with bias. Free surface meshing, quads or triangles only. Mapped meshing with quads or bricks. Direct generation of line, shell and solid elements. Extrude and revolve geometric curves or line elements into shell elements, shell elements can be extruded or revolved to form solid elements. Connected shell elements can be extruded normal to themselves to turn thin-shell models into solid ones. Mesh refinement and smoothing. Subdivision and semi-automatic meshing of solids, Automatic solid meshing with tetrahedral elements.
Materials:Isotropic, orthotropic and anisotropic. Nonlinear elastic, bi-linear and plastic. Hardening: isotropic or kinematic. Hyperelasticity, creep and composites. Temperature and strain rate dependence. User extensible library included.
Loads and constraints:Geometry or finite element based. Associativity between geometry and mesh. Load case definition and management. Fixed (non-zero) displacements and rotations. Multipoint constraint equations (MPCs). Nodal forces and moments. Distributed loads on line elements. Constant or variable pressure. Velocities and accelerations. Transient dynamic, frequency and random vibration. Temperatures, heat generation or flux. Convection and radiation.
User interface: Native Windows look and feel. Multiple graphics windows. Multiple model interface. Full, multi-level undo/redo. On-line help with hypertext links. Floating dockable toolbars to access frequently used commands. Toolbar entity editor. Model info tree and entity editor. Data manipulation through the data table. Cut and paste images into Windows applications. Dynamic highlight during selection operations. Box, circle, polygon, front, depth and query picking of geometric and FEA entities. Select entities by associativity (all elements connected to specified nodes, all elements of a specified property).
Element library:1-D: rod, tube, bar, beam, spring, gap. Full support of arbitrary and standard cross-sections including all property calculations. 2-D planar solid. 3-D surface or solid. Planar and surface: quads and triangles. 3-D solid: tetra, wedge and brick. All 2- and 3-D elements: linear or parabolic. 2-D planar: plane strain or stress, axisymmetric. 3-D surface: shear panel or membrane. Mass and general stiffness matrices. Contact lines and surfaces, and slide lines. Spot weld elements.
Customization: Record, edit and playback user-defined macros. Full features, object oriented, OLE/COM-based programming API, can be directly accessed from fully integrated VB compatible BASIC Scripting development environment. Neutral file: fully documented ASCII file format.
Groups and Layers:With Femap you can easily subdivide your model for visualization or post-processing purposes,.. Automatically add new entities to active or user-specified group. Group by ID, associativity, material, property, and type. Automatic group creation based on properties, materials, and geometric constraints.
Results:Deformations, animations, and vector displays. Single- and multi-load set animations. Filled color contours and criteria displays. Isosurface and cutting planes, with dynamic control. Shear and bending moment diagrams. Error estimates. Results across composite laminates. Extensive result sorting capabilities. X-Y Plots with multiple curves. Text reports: standard and user-customized. Interactive data query with mouse. Freebody displays, including grid point force balance support for grouped entities. Import/export in comma separated tables. Internet publishing with VRML support. Save animations with AVI support.
Graphics:Dual Windows GDI (vector-based) and OpenGL graphics. 3-D dynamic pan, zoom and rotation. Hidden line and wireframe display. Free edge and free face display. Light source shading and transparency.
2009-01-22
Predator Virtual CNC V8
Predator Virtual CNC is software designed to simulate and verify operation of your CNC machines on your PC. By simulating the machining process off line you literally save thousands of dollars in lost time, scrapped parts, broken tools, machine crashes and improve overall machine productivity.
What can it do for me?
Running a profitable manufacturing shop floor is challenging. And keeping it productive is tough work. Those that succeed embrace technology. Over 1000 manufacturers and job shops rely on Predator Virtual CNC to keep their CNC machines running reliably while minimizing errors.
Eliminate expensive mistakes
Prove out processes offline
Simplify CNC Setup
Minimize waste
Organizes release to shop floor process
Gets started quickly and easily
Performing off line simulations has many, many other benefits including:
Increase Productivity - off line simulation frees your machines to run jobs that are making you revenues, not costing you profits...
Maximize Resources - off line simulation adds to tooling life, saves coolant for "real" jobs, reduces "wear and tear" on expensive machine tools, and much more...
Ensure Quality - verify surface finish, feature dimensions, cutter path, tool and holder clearance, gouge checking, and more...
Looking for a better way to prove out your parts? With Virtual CNC™ from Predator Software you have full featured, true solids based NC code verification and simulation capabilities on your PC.
Includes the following features:
Easy to use with standard Windows interface and online help
2, 3, 4 & 5 Axis Milling
2 Axis Turning
True Solids
Comprehensive G & M code support
APTCL, NCI and INC support
Error Detection
Part Inspection prior to machining
Includes support for over a 100 CNC controls
User Configurable Reverse Post Processor
Automatic Gouge Detection
Multiple Parts, Fixtures, Tombstones and Processes
Lots of customization options
Advanced Tooling
Complex Stock and Fixtures
CAD Compare for 'Designed vs Machined' analysis
Full Machine Simulation with collision detection
Predator CNC Editor
Predator API and ActiveX development platform
Milling - 2, 3, 4 & 5 Axis
Predator Virtual CNC™ supports all standard milling machine configurations with 3 to 5 driven axes. User definable machine tool configurations with our flexible reverse post processors allows standard VMCs and HMCs to be supported. Standard milling and drilling cycles are all supported.
What can it do for me?
Running a profitable manufacturing shop floor is challenging. And keeping it productive is tough work. Those that succeed embrace technology. Over 1000 manufacturers and job shops rely on Predator Virtual CNC to keep their CNC machines running reliably while minimizing errors.
Eliminate expensive mistakes
Prove out processes offline
Simplify CNC Setup
Minimize waste
Organizes release to shop floor process
Gets started quickly and easily
Performing off line simulations has many, many other benefits including:
Increase Productivity - off line simulation frees your machines to run jobs that are making you revenues, not costing you profits...
Maximize Resources - off line simulation adds to tooling life, saves coolant for "real" jobs, reduces "wear and tear" on expensive machine tools, and much more...
Ensure Quality - verify surface finish, feature dimensions, cutter path, tool and holder clearance, gouge checking, and more...
Looking for a better way to prove out your parts? With Virtual CNC™ from Predator Software you have full featured, true solids based NC code verification and simulation capabilities on your PC.
Includes the following features:
Easy to use with standard Windows interface and online help
2, 3, 4 & 5 Axis Milling
2 Axis Turning
True Solids
Comprehensive G & M code support
APTCL, NCI and INC support
Error Detection
Part Inspection prior to machining
Includes support for over a 100 CNC controls
User Configurable Reverse Post Processor
Automatic Gouge Detection
Multiple Parts, Fixtures, Tombstones and Processes
Lots of customization options
Advanced Tooling
Complex Stock and Fixtures
CAD Compare for 'Designed vs Machined' analysis
Full Machine Simulation with collision detection
Predator CNC Editor
Predator API and ActiveX development platform
Milling - 2, 3, 4 & 5 Axis
Predator Virtual CNC™ supports all standard milling machine configurations with 3 to 5 driven axes. User definable machine tool configurations with our flexible reverse post processors allows standard VMCs and HMCs to be supported. Standard milling and drilling cycles are all supported.
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