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

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.

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
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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.

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

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.

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

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.

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.

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

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

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.

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.

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
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