In Version3.4, we enhanced many functions especially for 2-Axis machining, machining for parts and machining for a large size of work. A variety of new functions such as [2.5 Structure] which recognize 2-Aixs cutting area from surface information, [Cutting range] function which can create tool path only by selecting surface to be processed, [New CL editor] which can edit a large amount of CL data have been added and it enables various type of machining.
Main new functions in both system
2.5 Structure
Sections to be machined in 2-Axis can be automatically recognized by the specified surface, and 2-Axis contours are extracted. 2-Axis machining has been mainstream in mold & die industry and when creating 2-Ax-s machining data needs to be created, an operator had to create each contour using surface. This [2.5 Structure] function reduce operating time for 2-Axis machining and shorten lead time for creating machining data.
Cutting range
Tool path can be created easily only by selecting surface to be processed. It is useful especially for part-cutting. To create tool path for the particular area, in previous version, operator had to create a surface for adjustment. This function enables operator to create scanning line tool path for top surface and Z-level tool path for side surface, even for the 3D models with uneven shape.
New CL Editor
New CL Editor makes it possible to edit a large amount of CL data. It makes it possible to edit multiple CL data at a time and it improves its operability. When operator tries to create high- precision CL data in the current CL Editor, the data volume becomes vast and it leads much load on the hardware. If you use new CL Editor, the load on the hardware will be drastically reduced.
2008-11-29
2008-11-28
AVL_FIRE_2008_8.5_license_ crack
To meet consumer demands, automotive engineers require development tools which provide accurate representation of complex systems in the virtual world. The ever increasing number of design parameters of traditional and ‘alternative’ powertrain systems means that early concept analysis becomes increasingly important. Powertrain thermodynamic analysis using 3D computational fluid dynamics (CFD) tools is one such discipline.
Through years of development and advancements, AVL’s 3D CFD software FIRE™ fulfills these demands. FIRE is used every day by hundreds of powertrain engineers to accurately predict results in a flexible, robust and fast way. FIRE customers make design decisions earlier, and with greater confidence.
AVL FIRE™ is the leading simulation program in the field of combustion engine analysis and specialises in accurate prediction of engine gas exchange, mixture formation and combustion, as well as emissions and the exhaust gas aftertreatment.
FIRE is specifically tailored to meet the requirements of automotive research and development engineers
FIRE’s flexibility allows users to adjust modeling complexity, and to integrate the software into their CAx framework
FIRE is a proven tool, used daily in AVL’s engine development process and by hundreds of customers worldwide
FIRE is easy to use thanks to automated pre-/post-processing, integrated application specific workflows and pre-defined solution control files
FIRE provides reliable and accurate simulation results thanks to extensively validated chemical and physical models
FIRE’s computational models are continuously developed and enhanced via in-house research activities and partnerships with leading technology centers world-wide
Customer support is provided by engineers who know well about powertrains and powertrain development
FIRE is a complete CFD environment including: solver, pre- and post-processing tools which are embedded in an intuitive Graphical User Interface. There is no need to purchase 3rd party tools, even for the most complex tasks.
FIRE is based upon proven state-of-the-art solver technology, capable of handling general polyhedral computational elements, and offering a robust platform for continuous enhancement.
FIRE offers automated meshing technology for arbitrarily complex geometries including multiple moving parts, this helps drastically reduce setup time for complex engine models.
FIRE offers a consistent set of physical and chemical models to cover various types of fluid flow applications, in particular those related to IC-engines and combustion systems
FIRE’s development effort is complemented by AVL’s internal R&D activities, as well as extensive industry and academic partnerships
FIRE provides an open code structure enabling researchers to apply the tool for advanced combustion concepts (e.g. HCCI and PCCI)
FIRE offers market leading technology to simulate exhaust gas aftertreatment systems
High Fidelity System Simulation
The overall environment and individual components of FIRE enable application to any phase of the development process. The broad range of available models allows users to properly balance simulation effort and desired precision.
Powertrain Engineering Inside
AVL’s simulation tools are uniquely supported by over six decades of engine development experience. Our own consulting and services business depends on FIRE to deliver results, and provides our software team with invaluable insight into current and future requirements.
Through years of development and advancements, AVL’s 3D CFD software FIRE™ fulfills these demands. FIRE is used every day by hundreds of powertrain engineers to accurately predict results in a flexible, robust and fast way. FIRE customers make design decisions earlier, and with greater confidence.
AVL FIRE™ is the leading simulation program in the field of combustion engine analysis and specialises in accurate prediction of engine gas exchange, mixture formation and combustion, as well as emissions and the exhaust gas aftertreatment.
FIRE is specifically tailored to meet the requirements of automotive research and development engineers
FIRE’s flexibility allows users to adjust modeling complexity, and to integrate the software into their CAx framework
FIRE is a proven tool, used daily in AVL’s engine development process and by hundreds of customers worldwide
FIRE is easy to use thanks to automated pre-/post-processing, integrated application specific workflows and pre-defined solution control files
FIRE provides reliable and accurate simulation results thanks to extensively validated chemical and physical models
FIRE’s computational models are continuously developed and enhanced via in-house research activities and partnerships with leading technology centers world-wide
Customer support is provided by engineers who know well about powertrains and powertrain development
FIRE is a complete CFD environment including: solver, pre- and post-processing tools which are embedded in an intuitive Graphical User Interface. There is no need to purchase 3rd party tools, even for the most complex tasks.
FIRE is based upon proven state-of-the-art solver technology, capable of handling general polyhedral computational elements, and offering a robust platform for continuous enhancement.
FIRE offers automated meshing technology for arbitrarily complex geometries including multiple moving parts, this helps drastically reduce setup time for complex engine models.
FIRE offers a consistent set of physical and chemical models to cover various types of fluid flow applications, in particular those related to IC-engines and combustion systems
FIRE’s development effort is complemented by AVL’s internal R&D activities, as well as extensive industry and academic partnerships
FIRE provides an open code structure enabling researchers to apply the tool for advanced combustion concepts (e.g. HCCI and PCCI)
FIRE offers market leading technology to simulate exhaust gas aftertreatment systems
High Fidelity System Simulation
The overall environment and individual components of FIRE enable application to any phase of the development process. The broad range of available models allows users to properly balance simulation effort and desired precision.
Powertrain Engineering Inside
AVL’s simulation tools are uniquely supported by over six decades of engine development experience. Our own consulting and services business depends on FIRE to deliver results, and provides our software team with invaluable insight into current and future requirements.
2008-11-27
Autoform v4.2 License crack
AutoForm version 4.2 is the first major release, which will be delivered with a Windows native solver. This release harmonizes process layout with geometry modeling and provides the following additional major enhancements:
AutoForm offers software solutions for the die-making and sheet metal forming industries. The use of AutoForm software improves reliability in planning, reduces the number of die tryouts and tryout time, and results in higher quality part and tool designs that can be produced with maximum confidence. In addition, press downtime and reject rates in production are substantially reduced.
Based on practical, industrial know-how and sheet metal forming expertise, AutoForm’s solutions form a complete, integrated system with highly specialized functions to analyze, review and optimize every phase of the process chain.
AutoForm provides solutions all along the sheet metal forming process chain. They range from stand-alone modules for small and mid-size companies to complete, integrated multi-module systems for large companies.
Accurate OneStep-based flange development:
Besides geometrically-based flange development, the new version also offers physically-based flange development. This new option is enabled by using the OneStep solver technology and significantly improves the accuracy of trim lines. In addition, it allows the development of flanges with holes inside and the development of multiple flanges.
More efficient springback compensation:
Version 4.2 has an optimized algorithm, which is developed in order to increase surface quality and speed up springback compensation. It also contains new options to define the areas for compensation and manually control these areas.
Import of various native CAD files:
Within the AutoForm version 4.2, users can now also import the native files generated by CATIA V4, CATIA V5, Unigraphics NX, Pro/ENGINEER, I-DEAS and SolidWorks. There is no longer any need for data conversion and related risk of data quality loss. In addition, a specially developed export file format can be directly imported by Tebis.
Hydroforming process – new stage concept definition:
Increasing complex part geometries often requires the preform forming step after the bending and before the hydroforming process. Version 4.2 provides stage concept definition for the hydroforming process starting from bending and preforming to hydroforming. In addition, this version includes the definition of preforming tools. The new concept significantly improves the part quality, increases manufacturing efficiency and reduces the tool wear.
Availability
AutoForm version 4.2 with all of its enhancements will be delivered to the market in the beginning of November 2008.
AutoForm offers software solutions for the die-making and sheet metal forming industries. The use of AutoForm software improves reliability in planning, reduces the number of die tryouts and tryout time, and results in higher quality part and tool designs that can be produced with maximum confidence. In addition, press downtime and reject rates in production are substantially reduced.
Based on practical, industrial know-how and sheet metal forming expertise, AutoForm’s solutions form a complete, integrated system with highly specialized functions to analyze, review and optimize every phase of the process chain.
AutoForm provides solutions all along the sheet metal forming process chain. They range from stand-alone modules for small and mid-size companies to complete, integrated multi-module systems for large companies.
Accurate OneStep-based flange development:
Besides geometrically-based flange development, the new version also offers physically-based flange development. This new option is enabled by using the OneStep solver technology and significantly improves the accuracy of trim lines. In addition, it allows the development of flanges with holes inside and the development of multiple flanges.
More efficient springback compensation:
Version 4.2 has an optimized algorithm, which is developed in order to increase surface quality and speed up springback compensation. It also contains new options to define the areas for compensation and manually control these areas.
Import of various native CAD files:
Within the AutoForm version 4.2, users can now also import the native files generated by CATIA V4, CATIA V5, Unigraphics NX, Pro/ENGINEER, I-DEAS and SolidWorks. There is no longer any need for data conversion and related risk of data quality loss. In addition, a specially developed export file format can be directly imported by Tebis.
Hydroforming process – new stage concept definition:
Increasing complex part geometries often requires the preform forming step after the bending and before the hydroforming process. Version 4.2 provides stage concept definition for the hydroforming process starting from bending and preforming to hydroforming. In addition, this version includes the definition of preforming tools. The new concept significantly improves the part quality, increases manufacturing efficiency and reduces the tool wear.
Availability
AutoForm version 4.2 with all of its enhancements will be delivered to the market in the beginning of November 2008.
2008-11-26
PULSONIX DESIGN SUITE 5.1 Hasp key crack
A PCB design and layout suite of tools developed to meet the changing needs for PCB layout in the 21st century.
The first completely new, high-level combined Schematic Capture and PCB layout product for many years. This exciting software suite has been developed from the ground up by leading PCB Design industry professionals using the very latest software writing techniques in graphics and data handling.
Pulsonix has been designed based on key criteria...
Easy-to-use through an intuitive user interface
Suitable for the casual user and professional alike
Import designs and library data from other EDA products
Training needs kept to a minimum
Well designed with future expansion in mind
Fully integrated into the Pulsonix design environment, Pulsonix Spice is an advanced, mixed-mode simulation package that out-performs many of the other Spice tools on the market.
A comprehensive selection of analysis functions may be applied to plotted waveform data. At the click of a mouse the RMS, rise and fall time, -3dB point or many other functions can be calculated and displayed alongside the graph legend.
Within the Schematic, post-simulation 'random probing' is available. Graphs of circuit voltages, currents and device powers can be created simply by clicking on a point on the schematic, avoiding any need to re-simulate. each time an additional measurement is required.
Integrated into the Pulsonix Schematic capture design environment
Dialog driven user interface
Post simulation random probing
Convergence performance in benchmark trials exceeds results from industry leaders
True mixed-mode simulation: closely coupled direct matrix (SPICE 3) analogue and event driven digital simulator
Monte-Carlo, Multi-Step, Noise and other analysis modes
Transient restart
Non-linear magnetics with support for air gaps
Automatic pseudo transient analysis algorithm for operating point solution
Variable step GMIN and source stepping (the standard SPICE3 variants use a fixed step)
Bias annotation markers with dynamic updating
30,000 Spice model library definitions and 6,500 actual models
Pulsonix Spice is compatible with 99% of available SPICE/HSpice models
Import standard SPICE models from outside suppliers - many can be downloaded from the Internet
Comprehensive waveform analysis and user definable scripting language in simulator
Comprehensive printed user reference guide
2008-11-25
cncKad_2008_ v9.0_Dongle_ crack
The cncKad Software provides an integrated system covering the complete cycle of CNC operations, and includes the following modules:
Drafting – powerful, yet easy to use, 2D Drafting module, with a full set of drafting tools and special sheet-metal drafting aids including: notching, chamfering, filleting, automatic detection and correction of unclosed contours, shape recognition, geometry validation, and utilizing true-type fonts.
Processing – automatic and interactive graphical processing for Punch, Laser, Plasma, Water Jet and Flame technologies including: automatic reposition, clamp-avoidance, stripes, trimming, support for Wilson Wheel family, minimizing tool rotation, and detailed data reports. This module supports also auto-punch, auto-cut, special tools, auto-index, reposition, and common cuts.
Auto Nest – Automatic "true-shape" Nesting for optimal material utilization, including: interactivity, grouping, grill, hole-filling, multiple-sheets, automatic DXF to NC solution, and detailed data reports.
Post-Processing – advanced Post-processors generate efficient NC code including: macros, optimized tool path, minimal turret rotation, and support for machine operations such as oiling, vacuum and ram-rate.
Simulation – Graphic Simulation of NC program enables easy editing while viewing the processed sheet. The program is automatically checked for errors, such as: missing parameters, clamp errors, over-travel errors, etc.
The "NC to DFT" option enables importing legacy NC programs and simulating them as well.
DNC – the DNC module supports uploading and downloading of NC files to machine as well as support for batch loading and extracting NC files from the machine controller.
Import and Export – 3D integration with Solid Works®, SolidEdge®, Autodesk® Inventor™ and ProE® through a real-time associative link and reading files directly from AutoCAD®.
Multi-language support - except for English, the software is available in various languages such as: Arabic, Chinese, Czech, Dutch, French, German, Greek, Italian, Japanese, Korean, Polish, Portugese, Romanian, Russian, Slovak, Spanish, Taiwanese, Thai and Turkish.
cncKad also offers Parametric Programming, advanced processing technologies and support for a wide range of machines.
2008-11-24
PVElite V2008 Dongle crack
PVElite is a comprehensive program for the complete structural design or analysis of tall towers, horizontal vessels and shell and tube heat exchangers according to latest standards from ASME, PD 5500 (British Code), UBC, EN 13445, API-579 and the Welding Research Council.
PVElite evaluates the entire vessel, analyzing the effects of weight and bending due to wind and seismic loads. It combines these overall loads with pressure to design and/or check vessel wall thickness. Basing stress calculations on this total structural load ensures sufficient wall thickness for the vessel in its operating environment and ensures proper design of the vessel supports.
Element types include cylindrical shells; elliptical, spherical, torispherical, conical and flat heads; conical sections (including knuckles); body flanges; and skirts with base ring details. The program provides base ring, saddle, leg and lug design and also includes modules for analyzing vessel components such as nozzles, flanges, base ring and other vessel components.
To make the design process easy, the status bar constantly displays the position of the current element, its required thickness, its maximum allowable working pressure and its maximum allowable pressure in the new and cold condition. It can be used for both new design or re-rating. Graphic presentation keeps your data organized and confirms the integrity of the model.
PVElite evaluates the entire vessel, analyzing the effects of weight and bending due to wind and seismic loads. It combines these overall loads with pressure to design and/or check vessel wall thickness. Basing stress calculations on this total structural load ensures sufficient wall thickness for the vessel in its operating environment and ensures proper design of the vessel supports.
Element types include cylindrical shells; elliptical, spherical, torispherical, conical and flat heads; conical sections (including knuckles); body flanges; and skirts with base ring details. The program provides base ring, saddle, leg and lug design and also includes modules for analyzing vessel components such as nozzles, flanges, base ring and other vessel components.
To make the design process easy, the status bar constantly displays the position of the current element, its required thickness, its maximum allowable working pressure and its maximum allowable pressure in the new and cold condition. It can be used for both new design or re-rating. Graphic presentation keeps your data organized and confirms the integrity of the model.
2008-11-22
Agilent.VEE.Pro.v9.0 flexlm crack
Agilent VEE Pro 9.0 is an easy-to-use intuitive graphical language environment that provides a quick path to measurement and analysis across various industries and applications. Designed for easy expansion, flexibility and compatibility with the latest industry standards, Agilent VEE allows seamless operation with hardware and software from Agilent and other manufacturers.
Faster performance:
Multithreading
Multi-core programming
Easier to use:
SCPI completion
Conditional breakpoints
Breakpoints window
Private UserFunction
Enhanced custom menus
Supports latest industry standards:
Integrated LXI support
Integrated database support
Agilent VEE Pro allows you to focus on your measurement
tasks rather than wasting valuable time on programming and
connections. It keeps programming simple with less lines
of code and less complex development screen. Utilizing
high-level task-oriented "flowchart" look-and-feel that we
are all familiar with, Agilent VEE makes learning quick
and easy so you can start your measurement tasks in no
time.
Faster performance:
Multithreading
Multi-core programming
Easier to use:
SCPI completion
Conditional breakpoints
Breakpoints window
Private UserFunction
Enhanced custom menus
Supports latest industry standards:
Integrated LXI support
Integrated database support
Agilent VEE Pro allows you to focus on your measurement
tasks rather than wasting valuable time on programming and
connections. It keeps programming simple with less lines
of code and less complex development screen. Utilizing
high-level task-oriented "flowchart" look-and-feel that we
are all familiar with, Agilent VEE makes learning quick
and easy so you can start your measurement tasks in no
time.
2008-11-21
AFT.Fathom.V7.0 crack
Building on the experience of the leading incompressible pipe and duct flow modeling tool, AFT Fathom 7.0 brings a new level of capabilities and ease of use to pipe flow modeling. A few of the new features to be found in v7.0 include:
* Automated orthogonal pipe drawing
* Pipe submergence (in accordance with HI 9.8.7) and submergence margin design alerts added
* Enhanced pump system curve generation offers enhanced calculation of system curves for parallel pump systems, enhanced composite pump curves for systems with different pumps in parallel, inclusion of single pump curves on same graph as composite pump curve, and inclusion of pump efficiency curve for single and multiple pump systems
* Display multiple instances of the same parameter with different units simultaneously
Pipes & Junctions
* Pipe parameters, in addition to junctions, can be changed using Excel file import
* New pump viscosity correction method utilizing ANSI/HI 9.6.7-2004 method
* A graph of the pipe intermediate elevations can be shown in the Specifications Window
* A graph of the Open Pct, CV and Flow Area can be shown in the Specifications Window for Valves, Control Valves and Three-way Valves
* Open Percent vs. CV data is now available for PDCV’s (pressure drop control valves)
* Select special on pipe material added
* Fixed heat rate added as a pipe heat transfer model
* Curve fit configuration window parameter and unit selection features improved
* Improved orifice pressure drop model
* Pipe submergence (in accordance with HI 9.8.7) and submergence margin design alerts added
Workspace
* Automated orthogonal pipe drawing
* Last selection on the Workspace can be reselected
* Junction and pipe numbers can be incremented automatically as a group
* Global junction editing menu item added based on Workspace selection
Graph Results
* Enhanced pump system curve generation offers enhanced calculation of system curves for parallel pump systems, enhanced composite pump curves for systems with different pumps in parallel, inclusion of single pump curves on same graph as composite pump curve, and inclusion of pump efficiency curve for single and multiple pump systems
Model Data
* Curve fit raw data is now an available display parameter for junctions
* Pipe intermediate elevations added as an available display parameter
Output Control
* Display multiple instances of the same parameter with different units
* Output Control parameter selection improved and made uniform
* Parameter units are selected next to the parameter in the grid
* Pipe volume added as a new output parameter
Output Window
* Output window allows double-clicking column header to see parameter definition
* Pipe submergence in accordance with Hydraulic Institute Standard 9.8.7 added along with submergence margin and depth displayed & pipe submergence and submergence margin design alerts added
* Pump NPSH margin ratio added to available Pump Summary output parameters
General
* INI and user files are saved in the User folder on the system
* The Cost Report can show results from multiple scenarios (applicable with Fathom CST Module)
* Automated orthogonal pipe drawing
* Pipe submergence (in accordance with HI 9.8.7) and submergence margin design alerts added
* Enhanced pump system curve generation offers enhanced calculation of system curves for parallel pump systems, enhanced composite pump curves for systems with different pumps in parallel, inclusion of single pump curves on same graph as composite pump curve, and inclusion of pump efficiency curve for single and multiple pump systems
* Display multiple instances of the same parameter with different units simultaneously
Pipes & Junctions
* Pipe parameters, in addition to junctions, can be changed using Excel file import
* New pump viscosity correction method utilizing ANSI/HI 9.6.7-2004 method
* A graph of the pipe intermediate elevations can be shown in the Specifications Window
* A graph of the Open Pct, CV and Flow Area can be shown in the Specifications Window for Valves, Control Valves and Three-way Valves
* Open Percent vs. CV data is now available for PDCV’s (pressure drop control valves)
* Select special on pipe material added
* Fixed heat rate added as a pipe heat transfer model
* Curve fit configuration window parameter and unit selection features improved
* Improved orifice pressure drop model
* Pipe submergence (in accordance with HI 9.8.7) and submergence margin design alerts added
Workspace
* Automated orthogonal pipe drawing
* Last selection on the Workspace can be reselected
* Junction and pipe numbers can be incremented automatically as a group
* Global junction editing menu item added based on Workspace selection
Graph Results
* Enhanced pump system curve generation offers enhanced calculation of system curves for parallel pump systems, enhanced composite pump curves for systems with different pumps in parallel, inclusion of single pump curves on same graph as composite pump curve, and inclusion of pump efficiency curve for single and multiple pump systems
Model Data
* Curve fit raw data is now an available display parameter for junctions
* Pipe intermediate elevations added as an available display parameter
Output Control
* Display multiple instances of the same parameter with different units
* Output Control parameter selection improved and made uniform
* Parameter units are selected next to the parameter in the grid
* Pipe volume added as a new output parameter
Output Window
* Output window allows double-clicking column header to see parameter definition
* Pipe submergence in accordance with Hydraulic Institute Standard 9.8.7 added along with submergence margin and depth displayed & pipe submergence and submergence margin design alerts added
* Pump NPSH margin ratio added to available Pump Summary output parameters
General
* INI and user files are saved in the User folder on the system
* The Cost Report can show results from multiple scenarios (applicable with Fathom CST Module)
2008-11-20
Silvaco_TCAD/ICCAD/AMS/Logic/UT4_2008 license crack
TCAD
Silvaco TCAD tools start with understanding the physics of the basic semiconductor, dielectric, and conducting materials. The Virtual Wafer Fab technology simulation environment enables the ATHENA process technology simulators and the ATLAS device technology simulators to prepare, run, optimize, and analyze semiconductor experiments to achieve optimal process recipes and device targets.
ATHENA Process Simulation Framework enables process and integration engineers to develop and optimize semiconductor manufacturing processes. ATHENA provides an easy to use, modular, and extensible platform for simulating ion implantation, diffusion, etching, deposition, lithography, oxidation, and silicidation of semiconductor materials. It replaces costly wafer experiments with simulations to deliver shorter development cycles and higher yields.
ATLAS Device Simulation Framework enables device technology engineers to simulate the electrical, optical, and thermal behavior of semiconductor devices. ATLAS provides a physics-based, easy to use, modular, and extensible platform to analyze DC, AC, and time domain responses for all semiconductor based technologies in 2 and 3 dimensions.
Virtual Wafer Fab is an integrated environment of TCAD software to automate and emulate physical wafer manufacturing. These integrated tools facilitate the input, execution, run-time optimization, and results processing of TCAD simulations into one flow managed through a common database.
Silvaco TCAD tools start with understanding the physics of the basic semiconductor, dielectric, and conducting materials. The Virtual Wafer Fab technology simulation environment enables the ATHENA process technology simulators and the ATLAS device technology simulators to prepare, run, optimize, and analyze semiconductor experiments to achieve optimal process recipes and device targets.
ATHENA Process Simulation Framework enables process and integration engineers to develop and optimize semiconductor manufacturing processes. ATHENA provides an easy to use, modular, and extensible platform for simulating ion implantation, diffusion, etching, deposition, lithography, oxidation, and silicidation of semiconductor materials. It replaces costly wafer experiments with simulations to deliver shorter development cycles and higher yields.
ATLAS Device Simulation Framework enables device technology engineers to simulate the electrical, optical, and thermal behavior of semiconductor devices. ATLAS provides a physics-based, easy to use, modular, and extensible platform to analyze DC, AC, and time domain responses for all semiconductor based technologies in 2 and 3 dimensions.
Virtual Wafer Fab is an integrated environment of TCAD software to automate and emulate physical wafer manufacturing. These integrated tools facilitate the input, execution, run-time optimization, and results processing of TCAD simulations into one flow managed through a common database.
2008-11-19
Gemcom_Surpac_6.1 crack
Gemcom Surpac 6 provides new workflow efficiency and usability, enabling geologists, engineers and surveyors to accomplish more in less time by improving how they interact with the software, improving productivity at their operations. New and updated capabilities include:
Increased efficiency through simplified workflows.
Speed and performance increases.
Enhanced user experience with greater interaction with the on-screen display
“One of the greatest challenges facing the mining industry is the scarcity of skilled mining professionals,” said Matthew Peursum, Gemcom Surpac product manager. “People are challenged to do as much as they can, as effectively as possible, in the shortest amount of time. With Surpac 6, our objective was to enable mining companies to train staff faster and to facilitate the smooth transfer of skills between operations.”
“Having used all the major competitive products over the last 10 years, we have standardised on Surpac because it not only provides the right features for exploration and mining projects, but also the capabilities needed to support global staff with differing skills sets, working in multiple languages,” stated Michelle Stone, senior geologist at Capstone Mining Corporation. “Gemcom provides excellent support and Surpac 6 is the best version yet. The system’s powerful, intuitive design, excellent graphics and visualisation capabilities and the ability to automate tasks, brings consistency to processes, making staff more effective, while saving time. As a multi-lingual platform, we are able to employ it at our headquarters in Vancouver and our Spanish-speaking mining operations in Mexico, enabling us to provide the same level of support to all of our staff.”
The capabilities of Gemcom Surpac can also be enhanced with the addition of:
Gemcom Whittle, life-or-mine scheduling, optimisation and economic analysis solution for open pit mines.
Gemcom MineSched, long and short term production scheduling software which integrates seamlessly with Surpac.
Gemcom InSite, a business intelligence, analytics, reporting, reconciliation, and stockpile management solution that incorporates a web-based mining information portal
“When using Surpac, as with all of our applications, our clients can plug into Gemcom’s solutions framework,” said Rick Moignard, president and CEO of Gemcom. “With a Gemcom solution, our clients gain the capabilities they need to address their business goals and unique mining challenges, such as throughput maximisation and cost control. They also gain a partner with the mining, business and IT expertise needed to help them improve mine efficiency and profitability.”
Increased efficiency through simplified workflows.
Speed and performance increases.
Enhanced user experience with greater interaction with the on-screen display
“One of the greatest challenges facing the mining industry is the scarcity of skilled mining professionals,” said Matthew Peursum, Gemcom Surpac product manager. “People are challenged to do as much as they can, as effectively as possible, in the shortest amount of time. With Surpac 6, our objective was to enable mining companies to train staff faster and to facilitate the smooth transfer of skills between operations.”
“Having used all the major competitive products over the last 10 years, we have standardised on Surpac because it not only provides the right features for exploration and mining projects, but also the capabilities needed to support global staff with differing skills sets, working in multiple languages,” stated Michelle Stone, senior geologist at Capstone Mining Corporation. “Gemcom provides excellent support and Surpac 6 is the best version yet. The system’s powerful, intuitive design, excellent graphics and visualisation capabilities and the ability to automate tasks, brings consistency to processes, making staff more effective, while saving time. As a multi-lingual platform, we are able to employ it at our headquarters in Vancouver and our Spanish-speaking mining operations in Mexico, enabling us to provide the same level of support to all of our staff.”
The capabilities of Gemcom Surpac can also be enhanced with the addition of:
Gemcom Whittle, life-or-mine scheduling, optimisation and economic analysis solution for open pit mines.
Gemcom MineSched, long and short term production scheduling software which integrates seamlessly with Surpac.
Gemcom InSite, a business intelligence, analytics, reporting, reconciliation, and stockpile management solution that incorporates a web-based mining information portal
“When using Surpac, as with all of our applications, our clients can plug into Gemcom’s solutions framework,” said Rick Moignard, president and CEO of Gemcom. “With a Gemcom solution, our clients gain the capabilities they need to address their business goals and unique mining challenges, such as throughput maximisation and cost control. They also gain a partner with the mining, business and IT expertise needed to help them improve mine efficiency and profitability.”
2008-11-18
CMG-SUITE-2008.12
CMG (Computer Modelling Group Ltd.) is a computer software engineering and consulting firm engaged in the development, sale and technology transfer of reservoir simulation software.
CMG began as a company known for its expertise in heavy oil, and expanded its expertise into all aspects of reservoir flow modelling. Over the past 29 years, CMG has remained focused on the development and delivery of reservoir simulation technologies that assist oil and gas companies to determine reservoir capacities and maximize potential recovery.
To this end, we are continually improving our market-leading line of reservoir simulation technologies to better reflect the changing needs of our users.
CMG is a world-class software company traded on the TSX Stock Exchange under the symbol CMG. With over 250 oil and gas companies and consulting firms in more than 45 countries, CMG is one of the largest independent providers of reservoir simulation software in the world.
At CMG, our goal is to empower you to maximize recovery of hydrocarbon assets in the most efficient way possible - using efficient production processes, efficient modelling algorithms and easy-to-use software
GEM2008 is a full Equation of State compositional reservoir simulator with advanced features for modelling recovery processes where the fluid composition affects recovery. GEM also models Asphaltenes, Coal Bed Methane and the Geochemistry of the sequestration of various gases including Acid Gases and CO2.
GEM is CMG's general equation-of-state (EOS) based compositional reservoir simulator for modelling the flow of three-phase, multi-component fluids. GEM is a robust, fully compositional simulator used to model any type of reservoir where the importance of the fluid composition and their interactions are essential to the understanding of the recovery process.
GEM is a highly optimized simulator that has been proven in numerous field production situations around the world. Many unique field features help simulation engineers understand and model recovery processes and interactions of fluids.
GEM provides extensive well management options, plus a flexible set of surface separator facilities, including EOS and gas plant separator stages, enabling the modelling of flow from the sand face to the outlets of the separator trains.
GEM simulates a variety of structurally complex and varying fluid combinations beyond the conventional black oil simulators as well as K-value compositional simulators. Whether you are dealing with laboratory scale projects, pilot areas, elements of symmetry, of full-scale field studies, GEM will effectively model:
Single and multi-component CBM recovery
gas condensate recovery,
volatile oil reservoirs,
CO2 and hydrocarbon injection,
gas cycling and re-cycling,
WAG processes, and
numerous other reservoir management processes.
GEM is an essential engineering tool for modelling very complex reservoirs with complicated phase behavior interactions which impact directly on the recovery mechanisms employed to optimize the recovery, and this indispensable engineering tool includes all the features you would expect from a full-field compositional simulator. CMG's GEM simulator - practical, comprehensive, and effective
CMG began as a company known for its expertise in heavy oil, and expanded its expertise into all aspects of reservoir flow modelling. Over the past 29 years, CMG has remained focused on the development and delivery of reservoir simulation technologies that assist oil and gas companies to determine reservoir capacities and maximize potential recovery.
To this end, we are continually improving our market-leading line of reservoir simulation technologies to better reflect the changing needs of our users.
CMG is a world-class software company traded on the TSX Stock Exchange under the symbol CMG. With over 250 oil and gas companies and consulting firms in more than 45 countries, CMG is one of the largest independent providers of reservoir simulation software in the world.
At CMG, our goal is to empower you to maximize recovery of hydrocarbon assets in the most efficient way possible - using efficient production processes, efficient modelling algorithms and easy-to-use software
GEM2008 is a full Equation of State compositional reservoir simulator with advanced features for modelling recovery processes where the fluid composition affects recovery. GEM also models Asphaltenes, Coal Bed Methane and the Geochemistry of the sequestration of various gases including Acid Gases and CO2.
GEM is CMG's general equation-of-state (EOS) based compositional reservoir simulator for modelling the flow of three-phase, multi-component fluids. GEM is a robust, fully compositional simulator used to model any type of reservoir where the importance of the fluid composition and their interactions are essential to the understanding of the recovery process.
GEM is a highly optimized simulator that has been proven in numerous field production situations around the world. Many unique field features help simulation engineers understand and model recovery processes and interactions of fluids.
GEM provides extensive well management options, plus a flexible set of surface separator facilities, including EOS and gas plant separator stages, enabling the modelling of flow from the sand face to the outlets of the separator trains.
GEM simulates a variety of structurally complex and varying fluid combinations beyond the conventional black oil simulators as well as K-value compositional simulators. Whether you are dealing with laboratory scale projects, pilot areas, elements of symmetry, of full-scale field studies, GEM will effectively model:
Single and multi-component CBM recovery
gas condensate recovery,
volatile oil reservoirs,
CO2 and hydrocarbon injection,
gas cycling and re-cycling,
WAG processes, and
numerous other reservoir management processes.
GEM is an essential engineering tool for modelling very complex reservoirs with complicated phase behavior interactions which impact directly on the recovery mechanisms employed to optimize the recovery, and this indispensable engineering tool includes all the features you would expect from a full-field compositional simulator. CMG's GEM simulator - practical, comprehensive, and effective
2008-11-16
GIBBSCAM.2009.V9.0.4 License crack
GibbsCAM 2009 Shipping to Customers
Early Customers Very Pleased by New 3D High Speed Machining for SolidSurfacer
Gibbs and Associates, developer of GibbsCAM® software for programming CNC machine tools and a Cimatron company, announced today that it has started shipping the GibbsCAM 2009 to customers. Initial feedback from customers who have already received the software are very positive.
Milling Additions and Enhancements
Advanced 3D HSM (High Speed Machining) – These machining methods, specifically developed for multi-surface hard milling and high speed machining in SolidSurfacer®, provide high quality surface finishes to reduce or eliminate polishing. Included are several new routines useful for multiple applications. The various machining styles offer smooth entries, exits and cutting motions, with steep or shallow angle limits, rest passes, tool-holder collision checking, and options to change cutting style.
Contour – Developed for finishing and semi-finishing passes, this routine computes equal increments in Z, and generates toolpaths at the various levels, automatically providing clean transitions from one level to the next with smooth entries and exits.
Constant Step Over Cut – Through user-specified step distance, this routine generates 3D passes with constant separation along a part’s surface, working from the outside in. At user discretion, this machining style permits extremely smooth finishes through user-controlled steps.
Flats Cut – This routine recognizes and machines flat areas automatically. Like the other 3D HSM routines, it uses minimal distance retraction in moving from one section of a work piece to another, avoiding work piece features while minimizing non-cutting motion.
Lace Cut – Like parallel machining, but cutting in a single direction, this style provides consistently smoother cuts, especially noticeable in corners. By using the toolpath filleting option, also available within other HSM routines, users optimize smoothness in cutting motion.
Intersections – This routine automatically identifies the seams of a part surface and generates toolpath along those seams, following and conforming to the 3D shape of the part. A superior surface finish is attained through additional offset passes generated from the original seam pass.
Automatic Core Detection – Designed for machining cores, this automated routine machines parts from the outside in, always climb cutting to reduce or eliminate damage to inserted cutters. Toolpath direction changes automatically from inside to outside when internal pockets are detected, minimizing the need for full-width cuts or helical ramping into the work.
Improved Pocketing – Like Automatic Core Detection, but working from the center outward, this routine was specially developed for cavities. It computes equal Z increments on the model and generates toolpaths for each level, to clear large areas of material rapidly.
Other Milling Enhancements – Ramp and Helix entries for contour milling and Tool Edge Path provide better surface finishes, while support for lollipop cutters adds flexibility.
Turning Additions and Enhancements
Extensive New Lathe Features – Developed to take advantage of the newer high-tech cutting tools, to turn harder materials and to machine smoother surfaces, these provide greater efficiency through increased tool control. Included are advanced entries and exits, entry feed rates, enhanced no-drag, clean-up pass, multi-pass plunge roughing, notch ramp roughing, offset contour and tool edge path contour, threading entry and tapping tools, and groove-tool deflection compensation.
MTM Enhancements to Sync Manager – Flexibility from new additions to Sync Mgr and Op List and new Op Mgr associativity make multi-task machining easier and more efficient.
Early Customers Very Pleased by New 3D High Speed Machining for SolidSurfacer
Gibbs and Associates, developer of GibbsCAM® software for programming CNC machine tools and a Cimatron company, announced today that it has started shipping the GibbsCAM 2009 to customers. Initial feedback from customers who have already received the software are very positive.
Milling Additions and Enhancements
Advanced 3D HSM (High Speed Machining) – These machining methods, specifically developed for multi-surface hard milling and high speed machining in SolidSurfacer®, provide high quality surface finishes to reduce or eliminate polishing. Included are several new routines useful for multiple applications. The various machining styles offer smooth entries, exits and cutting motions, with steep or shallow angle limits, rest passes, tool-holder collision checking, and options to change cutting style.
Contour – Developed for finishing and semi-finishing passes, this routine computes equal increments in Z, and generates toolpaths at the various levels, automatically providing clean transitions from one level to the next with smooth entries and exits.
Constant Step Over Cut – Through user-specified step distance, this routine generates 3D passes with constant separation along a part’s surface, working from the outside in. At user discretion, this machining style permits extremely smooth finishes through user-controlled steps.
Flats Cut – This routine recognizes and machines flat areas automatically. Like the other 3D HSM routines, it uses minimal distance retraction in moving from one section of a work piece to another, avoiding work piece features while minimizing non-cutting motion.
Lace Cut – Like parallel machining, but cutting in a single direction, this style provides consistently smoother cuts, especially noticeable in corners. By using the toolpath filleting option, also available within other HSM routines, users optimize smoothness in cutting motion.
Intersections – This routine automatically identifies the seams of a part surface and generates toolpath along those seams, following and conforming to the 3D shape of the part. A superior surface finish is attained through additional offset passes generated from the original seam pass.
Automatic Core Detection – Designed for machining cores, this automated routine machines parts from the outside in, always climb cutting to reduce or eliminate damage to inserted cutters. Toolpath direction changes automatically from inside to outside when internal pockets are detected, minimizing the need for full-width cuts or helical ramping into the work.
Improved Pocketing – Like Automatic Core Detection, but working from the center outward, this routine was specially developed for cavities. It computes equal Z increments on the model and generates toolpaths for each level, to clear large areas of material rapidly.
Other Milling Enhancements – Ramp and Helix entries for contour milling and Tool Edge Path provide better surface finishes, while support for lollipop cutters adds flexibility.
Turning Additions and Enhancements
Extensive New Lathe Features – Developed to take advantage of the newer high-tech cutting tools, to turn harder materials and to machine smoother surfaces, these provide greater efficiency through increased tool control. Included are advanced entries and exits, entry feed rates, enhanced no-drag, clean-up pass, multi-pass plunge roughing, notch ramp roughing, offset contour and tool edge path contour, threading entry and tapping tools, and groove-tool deflection compensation.
MTM Enhancements to Sync Manager – Flexibility from new additions to Sync Mgr and Op List and new Op Mgr associativity make multi-task machining easier and more efficient.
2008-11-15
Thermoflow_Suite_v18 (TFLOW18) crack
PEACE cost estimations in all programs have been revised significantly upward consistent with changes in the power generation and infrastructure marketplace. Expect plant cost increases of 25 to 35% relative to estimates from Version 17.
The PEACE Schematic outputs for GT PRO and GT MASTER now include a three-dimensional view of your plant..
GT PRO now includes a District heating design wizard. New DH configurations include ability to integrate an HRSG economizer with the bled steam district heating condensers..
A new file comparison feature compares GT PRO or GT MASTER files to reveal differences among their inputs.
Improvements made to THERMOFLEX provide more details for boiler design, and include a grate-fired furnace, an independent fuel pulverizer, a radiantly cooled passage, and addition of water wall heat transfer coincident with convective heat exchangers.
New components in THERMOFLEX accommodate modeling solar thermal cycles. A new fluid type was added to represent thermal oils. The thermal oil library includes about 25 commercially available heat transfer fluids.
Shell and tube heat exchangers to represent economizers, evaporators, and superheaters were added.
Fuel database was updated so it now includes over 40 biomass fuels
The PEACE Schematic outputs for GT PRO and GT MASTER now include a three-dimensional view of your plant..
GT PRO now includes a District heating design wizard. New DH configurations include ability to integrate an HRSG economizer with the bled steam district heating condensers..
A new file comparison feature compares GT PRO or GT MASTER files to reveal differences among their inputs.
Improvements made to THERMOFLEX provide more details for boiler design, and include a grate-fired furnace, an independent fuel pulverizer, a radiantly cooled passage, and addition of water wall heat transfer coincident with convective heat exchangers.
New components in THERMOFLEX accommodate modeling solar thermal cycles. A new fluid type was added to represent thermal oils. The thermal oil library includes about 25 commercially available heat transfer fluids.
Shell and tube heat exchangers to represent economizers, evaporators, and superheaters were added.
Fuel database was updated so it now includes over 40 biomass fuels
2008-11-14
ASPEN-HYSYS-V7.0 license-crack
Next-generation process simulator for petroleum refining
Aspen HYSYS Petroleum Refining layers powerful new features onto the Aspen HYSYS® process simulator to simplify and improve petroleum refining simulations. Based on the well-accepted Aspen HYSYS interface, Aspen HYSYS Petroleum Refining streams are driven with crude assays that support an extensive set of stream petroleum properties. Complex, multi-unit simulations can be quickly configured incorporating key units like the naphtha reformer or FCC and associated fractionation. Aspen HYSYS Petroleum Refining is a core element of aspenONE™ Process Engineering for Refining and Marketing.
Features
Stream Assays: Stream compositions and properties are driven by crude assay data that can be consistent with assays used in LP planning programs (e.g., Aspen PIMS™ Assay Tables).
Petroleum Properties: Stream properties include an extensive set of petroleum properties such as gravity, sulfur, nitrogen, cloud point, conradson carbon, metals, etc.
Stream Structure: Stream compositions have been revolutionized with streamlined and efficient component slates in which pseudo-component properties are not fixed but are blended to follow moves in the underlying assays.
Crude Manager Links: The Spiral Software Crude Manager program is closely and conveniently linked to Aspen HYSYS Petroleum Refining to supply crude assay data in Aspen HYSYS Petroleum Refining format.
Other Assay Management Links: As an alternative to Spiral Software Crude Manager, various options are available to import crude assay data from other crude assay management programs, Aspen PIMS Assay Tables, or Aspen HYSYS Oil Manager.
Improved Unit Operations: Aspen HYSYS unit operations expand to include Aspen HYSYS Petroleum Refining stream data and new Aspen HYSYS Petroleum Refining unit operations models for distillation, reaction, and blending, greatly simplifying complex flowsheets.
Rigorous Reactors: Rigorous models are available for FCC, naphtha reforming, and hydroprocessing that use friendly Aspen HYSYS interfaces for calibration and integration into larger flowsheets.
Third-Party Reactor Model Integration: Other reactor models can be integrated using Aspen Simulation Workbook™.
Benefits
Improved crude distillation unit modeling: Aspen HYSYS crude and vacuum unit distillation models can be quickly converted to Aspen HYSYS Petroleum Refining using crude assay data consistent with the LP planning models (e.g., Aspen PIMS). The new Aspen HYSYS Petroleum Refining models can quickly evaluate and optimize crude feedstock changes taking into account key properties like sulfur and cloud point. Further, model output is fully consistent with the LP planning models like Aspen PIMS, and can be used to improve the LP planning models to optimize refinery crude feedstock selection.
Improved reactor unit modeling: Aspen HYSYS Petroleum Refining contains new reactor models, both simple and rigorous. The simple models allow simulation of complex systems with an easy-to-use base and shift format. Rigorous models are now more accessible than ever for higher accuracy using the friendly Aspen HYSYS interfaces. The combination of the simple and rigorous reactors provides powerful new work processes to support and improve Aspen PIMS reactor submodels for improved optimization of refinery operations.
Multi-unit simulation: Aspen HYSYS Petroleum Refining provides new features and work processes to quickly configure complex, multiple-unit simulations. Multi-unit simulations can investigate complex interactions in the refinery that are crucial for refinery profitability. For example, a crude and vacuum unit model can be quickly integrated with an FCC model to evaluate new deep-cut vacuum unit operations given the FCC reactor, regenerator, and fractionation constraints.
Aspen HYSYS Petroleum Refining layers powerful new features onto the Aspen HYSYS® process simulator to simplify and improve petroleum refining simulations. Based on the well-accepted Aspen HYSYS interface, Aspen HYSYS Petroleum Refining streams are driven with crude assays that support an extensive set of stream petroleum properties. Complex, multi-unit simulations can be quickly configured incorporating key units like the naphtha reformer or FCC and associated fractionation. Aspen HYSYS Petroleum Refining is a core element of aspenONE™ Process Engineering for Refining and Marketing.
Features
Stream Assays: Stream compositions and properties are driven by crude assay data that can be consistent with assays used in LP planning programs (e.g., Aspen PIMS™ Assay Tables).
Petroleum Properties: Stream properties include an extensive set of petroleum properties such as gravity, sulfur, nitrogen, cloud point, conradson carbon, metals, etc.
Stream Structure: Stream compositions have been revolutionized with streamlined and efficient component slates in which pseudo-component properties are not fixed but are blended to follow moves in the underlying assays.
Crude Manager Links: The Spiral Software Crude Manager program is closely and conveniently linked to Aspen HYSYS Petroleum Refining to supply crude assay data in Aspen HYSYS Petroleum Refining format.
Other Assay Management Links: As an alternative to Spiral Software Crude Manager, various options are available to import crude assay data from other crude assay management programs, Aspen PIMS Assay Tables, or Aspen HYSYS Oil Manager.
Improved Unit Operations: Aspen HYSYS unit operations expand to include Aspen HYSYS Petroleum Refining stream data and new Aspen HYSYS Petroleum Refining unit operations models for distillation, reaction, and blending, greatly simplifying complex flowsheets.
Rigorous Reactors: Rigorous models are available for FCC, naphtha reforming, and hydroprocessing that use friendly Aspen HYSYS interfaces for calibration and integration into larger flowsheets.
Third-Party Reactor Model Integration: Other reactor models can be integrated using Aspen Simulation Workbook™.
Benefits
Improved crude distillation unit modeling: Aspen HYSYS crude and vacuum unit distillation models can be quickly converted to Aspen HYSYS Petroleum Refining using crude assay data consistent with the LP planning models (e.g., Aspen PIMS). The new Aspen HYSYS Petroleum Refining models can quickly evaluate and optimize crude feedstock changes taking into account key properties like sulfur and cloud point. Further, model output is fully consistent with the LP planning models like Aspen PIMS, and can be used to improve the LP planning models to optimize refinery crude feedstock selection.
Improved reactor unit modeling: Aspen HYSYS Petroleum Refining contains new reactor models, both simple and rigorous. The simple models allow simulation of complex systems with an easy-to-use base and shift format. Rigorous models are now more accessible than ever for higher accuracy using the friendly Aspen HYSYS interfaces. The combination of the simple and rigorous reactors provides powerful new work processes to support and improve Aspen PIMS reactor submodels for improved optimization of refinery operations.
Multi-unit simulation: Aspen HYSYS Petroleum Refining provides new features and work processes to quickly configure complex, multiple-unit simulations. Multi-unit simulations can investigate complex interactions in the refinery that are crucial for refinery profitability. For example, a crude and vacuum unit model can be quickly integrated with an FCC model to evaluate new deep-cut vacuum unit operations given the FCC reactor, regenerator, and fractionation constraints.
2008-11-13
Dassault Systemes CATIA v5R19
CATIA V5R19 enables Terrain modeling process by delivering large scale modeling of meshed surfaces and volume capabilities through CATIA Shape Sculptor and CATIA Digitized Shape Editor. This enables modeling and planning of earthwork activity, modeling construction in-situ, earthwork engineering and planning, as well as accurate foundation engineering.
CATIA V5R19 reinforces plastic part process and leverages industrial communication on product through easy label painting creation & placement with CATIA 2D Layout for 3D Design.
Design performance for innovation, Just be the imagineer
CATIA V5R19 brings significant advantages to the aerospace, energy and shipbuilding industries. CATIA Composites Design brings In-context Composite Design : for optimizing the definition of large composites parts in context of mating sub-structures such as, spars, ribs, and stringers, and for optimizing the definition of plies in small parts or re-engineered metal parts.
CATIA V5R19 unleashes industrial designer creativity. CATIA Imagine & Shape allows fast surface creation from curves or network of curves and permits users to create their own primitives to start their design.
Breakthrough technologies, Your innovation starts with ours
CATIA V5R19 brings superior productivity in surface modeling, especially in the design for plastic parts and molded parts with the breakthrough auto-fillet capability of CATIA Generative Shape Optimizer. This new Technology can automatically fillet the sharp edges of a shape in a single operation, allowing users to reach a new order of magnitude in productivity.
CATIA V5R19 accelerates the part and tooling design review process for manufacturability, especially for casting and injection molding processes. The new wall thickness analysis feature of CATIA Cast & Forged Part Optimizer ensures that the thickness meets the requirements of the manufacturing process in order to anticipate and fix potential manufacturing issues.
CATIA V5R19 takes real time rendering one step further and let designers experience the product as if it was real. CATIA Real Time Rendering and CATIA photo studio provide real time material configuration test and try and leverage the perceived quality of the final product. Shadows have been made more realistic with the addition of multiple l
2008-11-12
Stoner Pipeline Simular V9.5(SPS)
The Stoner Pipeline Simulator (SPS) is an advanced transient hydraulic modeling service that simulatesdynamic flow of a single fluid, batched fluids, or mixed fluids of a single phase through a pipeline. SPSreads text files containing detailed data that represents the pipeline
Stoner Pipeline Simulator (SPS) Basic
Description:
This training course will enable engineers and operators to effectively create pipeline models, run interactive simulations and analyze results.
Prerequisites:
Knowledge of basic operating system commands and text editing is expected.
Outline of Topics Covered:
Introduction to SPS
Creating the INPREP File
Creating the INTRAN File
Distance & Time Plots
Creating Report - GRAPHR
Modeling Compressors
Idealized Regulators & Control Valves
Pump Modeling
Start up
Stoner Pipeline Simulator (SPS) Basic
Description:
This training course will enable engineers and operators to effectively create pipeline models, run interactive simulations and analyze results.
Prerequisites:
Knowledge of basic operating system commands and text editing is expected.
Outline of Topics Covered:
Introduction to SPS
Creating the INPREP File
Creating the INTRAN File
Distance & Time Plots
Creating Report - GRAPHR
Modeling Compressors
Idealized Regulators & Control Valves
Pump Modeling
Start up
2008-11-11
Cadence. Allegro.SPB.v16.2 license crack
Cadence?Allegro?PCB Design suites is the leading physical and electrical
constraint-driven PCB layout and interconnect system. The design suites
contain everything needed to take a PCB design from concept to production
with a fully integrated design flow including design capture, component tools,
a PCB editor, and an auto/interactive router as well as interfaces for
manufacturing, and mechanical CAD. A common database architecture, use model
and library offers fully scalable PCB giving you the ability to grow and
expand as designs and design challenges increase in complexity.
- Includes a comprehensive feature set and a new intuitive user interface
- Provides a complete interconnect environment from basic/advanced
floorplanning and routing through strategic planning and global routing
- Speeds advanced designs with high-speed rules/constraints
- Features a front-to-back constraint management system for constraint
creation, management, and validation
- Offers advanced technologies such as design partitioning, PCB and router
performance option
constraint-driven PCB layout and interconnect system. The design suites
contain everything needed to take a PCB design from concept to production
with a fully integrated design flow including design capture, component tools,
a PCB editor, and an auto/interactive router as well as interfaces for
manufacturing, and mechanical CAD. A common database architecture, use model
and library offers fully scalable PCB giving you the ability to grow and
expand as designs and design challenges increase in complexity.
- Includes a comprehensive feature set and a new intuitive user interface
- Provides a complete interconnect environment from basic/advanced
floorplanning and routing through strategic planning and global routing
- Speeds advanced designs with high-speed rules/constraints
- Features a front-to-back constraint management system for constraint
creation, management, and validation
- Offers advanced technologies such as design partitioning, PCB and router
performance option
2008-11-09
Flow3d 9.3 License crack
This new release offers many new solutions for multiphysics simulation needs and advances ease of use and the user’s ability to secure powerful and eye-catching results. The following summary highlights the key new benefits offered in Version 9.3
The unstructured memory allocation technique introduced in FLOW-3D Version 9.2 is a major benefit for users because of its drastic reduction to solver memory and CPU time requirements. However, when the full fluid/solid heat transfer model is needed, the memory savings were effectively lost because all computational cells were required to be “active.” In Version 9.3, a user can define a maximum thermal penetration depthto limit the thermal solution to the volume along the component’s open surface bounded by this depth. Everything outside of this volume is removed from the calculation, resulting in much faster simulations.
Casting users should benefit greatly from this feature. For example, during a die casting filling, heat penetrates the die by only several millimeters and, therefore, solving heat transfer throughout the entire die is unnecessary. If the user defines the thermally-active layer thickness to be, for example, 5 mm, only cells within that layer are retained in the calculation, potentially reducing the total number of cells in the model several fold. Latest crack by caxcad site
Navigator and Workspaces
A new Navigator feature in the FLOW-3D graphical user interface allows users to manage several simulations within the same FLOW-3D session, including building models, running the solver and post-processing results. New Workspaces, containing groups of simulations that may be related to the same project,help the user better organize their work. All simulations in a workspace can be executed sequentially at a click of a button. Simultaneous execution of several simulations is also possible. Multiple Workspaces can be created within a single GUI session.
Runtime changes to solver parameters
It’s not uncommon for users to want to make changes to the numerical settings of a simulation to make it run more accurately and efficiently.
There can be more than one reason to change settings, e.g., poor convergence, a small time-step size, a mentor tip, or just an omission in the model setup. A new Runtime Options tool in Version 9.3 is designed to help in such situations, allowing the user to change most of the numerical options during the simulation without the need to stop or even pause it.
New Modeling Capabilities
Elastic membranes and walls
Version 9.3 enables users to model fluid-structure interaction with elastic membranes and elastically-flexing walls. The model simulates the manner in which the small deformations of these types of membranes and walls impact the motion of the adjacent fluid, as well as showing how pressures in the fluid affects the deformations. These fluid-structure interactions are fully coupled.
The model is more fully described in Flow Science
The unstructured memory allocation technique introduced in FLOW-3D Version 9.2 is a major benefit for users because of its drastic reduction to solver memory and CPU time requirements. However, when the full fluid/solid heat transfer model is needed, the memory savings were effectively lost because all computational cells were required to be “active.” In Version 9.3, a user can define a maximum thermal penetration depthto limit the thermal solution to the volume along the component’s open surface bounded by this depth. Everything outside of this volume is removed from the calculation, resulting in much faster simulations.
Casting users should benefit greatly from this feature. For example, during a die casting filling, heat penetrates the die by only several millimeters and, therefore, solving heat transfer throughout the entire die is unnecessary. If the user defines the thermally-active layer thickness to be, for example, 5 mm, only cells within that layer are retained in the calculation, potentially reducing the total number of cells in the model several fold. Latest crack by caxcad site
Navigator and Workspaces
A new Navigator feature in the FLOW-3D graphical user interface allows users to manage several simulations within the same FLOW-3D session, including building models, running the solver and post-processing results. New Workspaces, containing groups of simulations that may be related to the same project,help the user better organize their work. All simulations in a workspace can be executed sequentially at a click of a button. Simultaneous execution of several simulations is also possible. Multiple Workspaces can be created within a single GUI session.
Runtime changes to solver parameters
It’s not uncommon for users to want to make changes to the numerical settings of a simulation to make it run more accurately and efficiently.
There can be more than one reason to change settings, e.g., poor convergence, a small time-step size, a mentor tip, or just an omission in the model setup. A new Runtime Options tool in Version 9.3 is designed to help in such situations, allowing the user to change most of the numerical options during the simulation without the need to stop or even pause it.
New Modeling Capabilities
Elastic membranes and walls
Version 9.3 enables users to model fluid-structure interaction with elastic membranes and elastically-flexing walls. The model simulates the manner in which the small deformations of these types of membranes and walls impact the motion of the adjacent fluid, as well as showing how pressures in the fluid affects the deformations. These fluid-structure interactions are fully coupled.
The model is more fully described in Flow Science
2008-11-08
Type3.type edit 2008 Dongle crack
TypeEdit 2008 was once again developed with users’ constraints and demands in mind, so as to offer better functionalities to increase productivity and creativity in several dimensions. The latest version of TypeEdit achieves this goal. Its numerous improvements and new functions are dedicated to a wide range of industrial sectors: jewelry, engraving, tools and mold making, signing, wood…
TypeEdit, the leading artistic design & manufacturing software for CNC users, is now declined in specific versions to satisfy the needs of Jewelers, Engravers, Mold and Sign makers. As a totally integrated solution, TypeEdit provides powerful modules for 2D, 2.5D, 3D CAD and CAM.Dongle crack
The 2D graphic design Module permits you to create new designs as well as modify imported images or drawings. Its extensive tools and wizards allow to manipulate and to give the desired effect to your creations.
With TypeArt, the 3D artistic sculpting and engraving Module, you can create intricate designs using intuitive design tools. A user-friendly interface encourages you to unleash your imagination.
TypeEdit CAM Module consists of market-proven machining strategies that provide the user with unmatched machining quality and efficiency.
Have a look at our top ten hereunder.
Simple but absolutely essential to stand out from competition, this function allows you to create a seamless 3D texture effect on your object. These textures can be gathered. You create new TypeArt objects onto which a homogeneous and seamless texture is mapped.
Then, you can duplicate the new TypeArt object. Texturing is a strong trend that is rapidly growing and will continue to do so in the sectors of Automotive, furniture, sign, mold, leather goods… This function produces 3D textures that are easy and rapid to machine.
TypeEdit 2008 offers a very large number of textures you can preview, with repetitive patterns that can be spread over very large surfaces, quickly and with a simple mouse click.
to automatically place text in completely customized columns. All True and Open Type fonts can be used as well as special characters, but professionals will greatly appreciate the ability to create their own fonts, save and re-apply them since page setting is automatic. Plus, modify text parameters such as kerning, spacing, rotation, slanting, compression, interline spacing, etc. using the Rapido tool and automatically save and re-apply those attributes. Moldmakers will appreciate the text mirror function to create perfect molds. Position your text according to departing point, write vertically or automatically onto an arc and use the spell checker for greater security.
Multicopy/Matrix
this ingenious function generates templates with variable content automatically. TypeEdit will also minimize the displacement of the tool. It allows you to automate repetitive tasks.
Sequence
The Sequence toolpath enables you to create as many toolpaths as needed but gathered in only one. In this way you optimize the machining time and distance. Instead of using several toolpaths with different tools that will pass numerous times in the material, all passes are carried out cleverly in order to suppress the useless tool displacements.
Tools are automatically ordered according to their shape and size.
TypeEdit, the leading artistic design & manufacturing software for CNC users, is now declined in specific versions to satisfy the needs of Jewelers, Engravers, Mold and Sign makers. As a totally integrated solution, TypeEdit provides powerful modules for 2D, 2.5D, 3D CAD and CAM.Dongle crack
The 2D graphic design Module permits you to create new designs as well as modify imported images or drawings. Its extensive tools and wizards allow to manipulate and to give the desired effect to your creations.
With TypeArt, the 3D artistic sculpting and engraving Module, you can create intricate designs using intuitive design tools. A user-friendly interface encourages you to unleash your imagination.
TypeEdit CAM Module consists of market-proven machining strategies that provide the user with unmatched machining quality and efficiency.
Have a look at our top ten hereunder.
Simple but absolutely essential to stand out from competition, this function allows you to create a seamless 3D texture effect on your object. These textures can be gathered. You create new TypeArt objects onto which a homogeneous and seamless texture is mapped.
Then, you can duplicate the new TypeArt object. Texturing is a strong trend that is rapidly growing and will continue to do so in the sectors of Automotive, furniture, sign, mold, leather goods… This function produces 3D textures that are easy and rapid to machine.
TypeEdit 2008 offers a very large number of textures you can preview, with repetitive patterns that can be spread over very large surfaces, quickly and with a simple mouse click.
to automatically place text in completely customized columns. All True and Open Type fonts can be used as well as special characters, but professionals will greatly appreciate the ability to create their own fonts, save and re-apply them since page setting is automatic. Plus, modify text parameters such as kerning, spacing, rotation, slanting, compression, interline spacing, etc. using the Rapido tool and automatically save and re-apply those attributes. Moldmakers will appreciate the text mirror function to create perfect molds. Position your text according to departing point, write vertically or automatically onto an arc and use the spell checker for greater security.
Multicopy/Matrix
this ingenious function generates templates with variable content automatically. TypeEdit will also minimize the displacement of the tool. It allows you to automate repetitive tasks.
Sequence
The Sequence toolpath enables you to create as many toolpaths as needed but gathered in only one. In this way you optimize the machining time and distance. Instead of using several toolpaths with different tools that will pass numerous times in the material, all passes are carried out cleverly in order to suppress the useless tool displacements.
Tools are automatically ordered according to their shape and size.
2008-11-07
Comsol v3.5 (c)Multiphysics flexlm crack
The COMSOL Multiphysics?simulation environment facilitates all steps in
the modeling process - defining your geometry, specifying your physics,
meshing, solving and then post-processing your results.
Model set up is quick, thanks to a number of predefined modeling interfaces
for applications ranging from fluid flow and heat transfer to structural
mechanics and electromagnetic analyses. Material properties, source terms
and boundary conditions can all be arbitrary functions of the dependent
variables.
A multiphysics simulation is achieved in minutes. Predefined multiphysics-
application templates solve many common problem types. You as the user, also
have the option of choosing different physics from the Multiphysics menu
and defining the interdependencies yourself. Or you can specify your own
Partial Differential Equations (PDEs), and couple them with other equations
and physics.
COMSOL Multiphysics operates as the primary tool for all your future modeling
needs. Its versatility, flexibility and usability can easily be extended with
its add-on modules.
Optional Add-Ons
COMSOL Multiphysics provides solutions for an unlimited range of modeling needs.
You can add an interface with your favorite CAD package and scripting capabilities.
Application-specific modules bring terminology, material libraries, solvers
and elements, as well as visualization tools appropriately specialized to the
application area. In addition to custom solutions, each of the add-on modules
comes with a large number of ready-to-run and well-documented example models.
http://www.comsol.com/products/multiphysics/
INSTALLATION
Unrar, Burn/Mount, Install. Check /crack.
the modeling process - defining your geometry, specifying your physics,
meshing, solving and then post-processing your results.
Model set up is quick, thanks to a number of predefined modeling interfaces
for applications ranging from fluid flow and heat transfer to structural
mechanics and electromagnetic analyses. Material properties, source terms
and boundary conditions can all be arbitrary functions of the dependent
variables.
A multiphysics simulation is achieved in minutes. Predefined multiphysics-
application templates solve many common problem types. You as the user, also
have the option of choosing different physics from the Multiphysics menu
and defining the interdependencies yourself. Or you can specify your own
Partial Differential Equations (PDEs), and couple them with other equations
and physics.
COMSOL Multiphysics operates as the primary tool for all your future modeling
needs. Its versatility, flexibility and usability can easily be extended with
its add-on modules.
Optional Add-Ons
COMSOL Multiphysics provides solutions for an unlimited range of modeling needs.
You can add an interface with your favorite CAD package and scripting capabilities.
Application-specific modules bring terminology, material libraries, solvers
and elements, as well as visualization tools appropriately specialized to the
application area. In addition to custom solutions, each of the add-on modules
comes with a large number of ready-to-run and well-documented example models.
http://www.comsol.com/products/multiphysics/
INSTALLATION
Unrar, Burn/Mount, Install. Check /crack.
2008-11-06
Tracepro v4.1 license crack
A seamlessly integrated suite of optical and opto-mechanical design tools includes: TracePro®, OSLO®, and a menu of add-ins enabling streamlined workflow and interoperability among other commercially available optical and mechanical design software tools.
TracePro Platform
Model. Design. Analyze.
The development of optical systems, sources and components involves adherence to various system performance criteria and constraints including spatial and angular light output distribution, uniformity, intensity, and spectral characteristics. Achieving these criteria quickly with a manufacturable and cost effective design requires modeling software that is powerful, easy-to-use and accurate. TracePro, renowned in the scientific community for the accuracy of its simulations, offers engineers and scientists the confidence that the performance of the finished products will concur with the simulated design without costly prototype iterations.
Graphical User Interface
TracePro sets itself apart from other optical and illumination design software solutions with its uniquely friendly and intuitive graphical user interface. Mechanical engineers and those skilled in 3-D CAD software experience the shortest learning curve with TracePro.
Interoperability
Optical and mechanical assemblies are designed, analyzed and toleranced in commercially available lens design software and 3-D mechanical design software. TracePro is seamlessly interoperable with lens design software such as OSLO®, ZEMAX® and CODE V® and with CAD software such as SolidWorks®, AutoCAD®, Pro/E® and CATIA® via a series of file translators.
TracePro Platform
Model. Design. Analyze.
The development of optical systems, sources and components involves adherence to various system performance criteria and constraints including spatial and angular light output distribution, uniformity, intensity, and spectral characteristics. Achieving these criteria quickly with a manufacturable and cost effective design requires modeling software that is powerful, easy-to-use and accurate. TracePro, renowned in the scientific community for the accuracy of its simulations, offers engineers and scientists the confidence that the performance of the finished products will concur with the simulated design without costly prototype iterations.
Graphical User Interface
TracePro sets itself apart from other optical and illumination design software solutions with its uniquely friendly and intuitive graphical user interface. Mechanical engineers and those skilled in 3-D CAD software experience the shortest learning curve with TracePro.
Interoperability
Optical and mechanical assemblies are designed, analyzed and toleranced in commercially available lens design software and 3-D mechanical design software. TracePro is seamlessly interoperable with lens design software such as OSLO®, ZEMAX® and CODE V® and with CAD software such as SolidWorks®, AutoCAD®, Pro/E® and CATIA® via a series of file translators.
2008-11-04
EMS-I Watershed Modeling System (WMS) v8.0 crack
The Watershed Modeling System (WMS) is a comprehensive graphical modeling environment for all phases of watershed hydrology and hydraulics. WMS includes powerful tools to automate modeling processes such as automated basin delineation, geometric parameter calculations, GIS overlay computations (CN, rainfall depth, roughness coefficients, etc.), cross-section extraction from terrain data, and many more! With the release of WMS 8, the software now supports hydrologic modeling with HEC-1 (HEC-HMS), TR-20, TR-55, Rational Method, NFF, MODRAT, OC Rational, and HSPF. Hydraulic models supported include HEC-RAS, SMPDBK, and CE QUAL W2. 2D integrated hydrology (including channel hydraulics and groundwater interaction) can now be modeled with GSSHA. All of this in a GIS-based data processing framework will make the task of watershed modeling and mapping easier than ever before
The program’s modular design enables the user to select modules in custom combinations, allowing the user to choose only those hydrologic modeling capabilities that are required. Additional WMS modules can be purchased and added at any time. The software will dynamically link to these subsequent modules at run time—automatically adding additional modeling capability to the software.
Automated Watershed Delineation
Using digital terrain data, WMS can automatically delineate a watershed and sub-basins. As part of the delineation process, basin data such as area, slope, mean elevation, maximum flow distance, and many other commonly-used hydrologic parameters are automatically computed. A new Delineation Wizard has been added to WMS to guide first-time or novice users of the software through the delineation process. However, many advanced features and options are included in WMS:
Use DEMs (grids) or TINs for delineation. You can easily manipulate the elevation data in either type of dataset.
Add any number of interior outlet points and let WMS subdivide the watershed automatically.
Manipulate stream networks to represent man-made features or proposed changes in the watershed.
Override derived basin boundaries to match your knowledge of the watershed.
As part of the delineation process, WMS finds all flow paths on the entire terrain model. This allows you to inspect flow patterns anywhere inside of outside your watershed. Further, the longest flow path in each sub-basin is stored for use with the Time of Concentration Calculator. No other system available will match the accuracy and flexibility of the delineation functions in WMS!
GIS Tools
WMS will allow you to take advantage of all types of GIS data available for hydrologic and hydraulic modeling. The GIS module of WMS 8 includes a complete set of tools for importing, creating, and manipulating GIS vector and raster data. ArcGIS/ArcView is not a required component of the WMS software! You will find that WMS can work with your GIS data effectively with or without ArcGIS. A few of the powerful tools in WMS include:
Direct linkage with ESRI’s ArcGIS - this lets you use the powerful data catalog tools of ArcGIS in conjunction with WMS.
Terrain data can be created, merged, and manipulated using grids, TINs, or contour lines.
Data layers such as land use and soil type can be clipped to match your watershed.
Attribute tables can be joined and queried.
Images (TIFF, JPEG) can be geo-referenced, joined, and clipped.
Attributes from data layers can be assigned to your model using GIS overlay operations.
New “data tree” interface allows you to turn on/off, change display, change coordinate systems, and review contents of each data layer quickly and easily.
Coordinate System Conversions - Convert data between geographic and planar coordinate systems
The program’s modular design enables the user to select modules in custom combinations, allowing the user to choose only those hydrologic modeling capabilities that are required. Additional WMS modules can be purchased and added at any time. The software will dynamically link to these subsequent modules at run time—automatically adding additional modeling capability to the software.
Automated Watershed Delineation
Using digital terrain data, WMS can automatically delineate a watershed and sub-basins. As part of the delineation process, basin data such as area, slope, mean elevation, maximum flow distance, and many other commonly-used hydrologic parameters are automatically computed. A new Delineation Wizard has been added to WMS to guide first-time or novice users of the software through the delineation process. However, many advanced features and options are included in WMS:
Use DEMs (grids) or TINs for delineation. You can easily manipulate the elevation data in either type of dataset.
Add any number of interior outlet points and let WMS subdivide the watershed automatically.
Manipulate stream networks to represent man-made features or proposed changes in the watershed.
Override derived basin boundaries to match your knowledge of the watershed.
As part of the delineation process, WMS finds all flow paths on the entire terrain model. This allows you to inspect flow patterns anywhere inside of outside your watershed. Further, the longest flow path in each sub-basin is stored for use with the Time of Concentration Calculator. No other system available will match the accuracy and flexibility of the delineation functions in WMS!
GIS Tools
WMS will allow you to take advantage of all types of GIS data available for hydrologic and hydraulic modeling. The GIS module of WMS 8 includes a complete set of tools for importing, creating, and manipulating GIS vector and raster data. ArcGIS/ArcView is not a required component of the WMS software! You will find that WMS can work with your GIS data effectively with or without ArcGIS. A few of the powerful tools in WMS include:
Direct linkage with ESRI’s ArcGIS - this lets you use the powerful data catalog tools of ArcGIS in conjunction with WMS.
Terrain data can be created, merged, and manipulated using grids, TINs, or contour lines.
Data layers such as land use and soil type can be clipped to match your watershed.
Attribute tables can be joined and queried.
Images (TIFF, JPEG) can be geo-referenced, joined, and clipped.
Attributes from data layers can be assigned to your model using GIS overlay operations.
New “data tree” interface allows you to turn on/off, change display, change coordinate systems, and review contents of each data layer quickly and easily.
Coordinate System Conversions - Convert data between geographic and planar coordinate systems
2008-11-01
2008.10 0day software
2008-10-31 EMS-I.Groundwater.Modeling.System (GMS) V6.5
2008-10-30 GibbsCAM.2009.v9.0.1
2008-10-30 ALTAIR.HYPERWORKS.V9.0.For WIN64&WIN32&Linux
2008-10-30 SIEMENS.NX.V6.0.1. 64BIT&32bit
2008-10-29 Petrasim v4.2.0912
2008-10-28 SOLIDWORKS.V2008.SP.5.0.UPDATE.ONLY.ISO
2008-10-27 COMSOL.Multiphysics V3.5
2008-10-27 Cimmetry.AutoVue.Electro-Mechanical.Pro.v19.3.MULTiLANGUAGE
2008-10-26 PTC.PRO.ENGINEER.WILDFIRE.v3.0.M180.WIN32&WIN64
2008-10-25 COCREATE.MODELING.DRAFTING.2008.V16
2008-10-24 Spark-Space.Professional.v4.0.0014
2008-10-24 Right.Hemisphere.Deep.Exploration.CAD.Edition.v5.6.0
2008-10-24 IMSI.TurboCAD.Designer.2D.v15.0
2008-10-24 EMS-I.Surface.Water. Modeling.System V10(SMS)
2008-10-22 DHI. Mike. Zero.v2008
2008-10-20 Simsci.Pro/II.8.2 (C) INVENSYS
2008-10-20 Siemens.Plant.Simulation.v8.2.MULTiLANGUAGE
2008-10-20 Siemens.SIMATIC.Step7.Professional.Edition.2006.SR5.MULTiLANGUAGE
2008-10-18 IRAP.ROXAR.RMS.9.0
2008-10-17 Graphisoft.ArchiCAD.v12
2008-10-17 Intel.VTune.Performance.Analyzer.v9.1.138.
2008-10-16 TrueGrid v2.3 (c) XYZ
2008-10-16 Bentley.Rebar.XM.v08.09.04.68
2008-10-16 Bentley.Microstation.Triforma.XM.v08.09.04.97
2008-10-16 Bentley.Microstation.Structural.XM.v8.09.04.65
2008-10-16 Bentley.PlantSpace.Design.Series.XM.v08.09.04.34
2008-10-15 SDS/2 Data.Design.System.Suite.V7.122
2008-10-15 TRANSVALOR.FORGE.V2008
2008-10-15 T-SYSTEMS_MEDINA_V8.0.2
2008-10-14 DELCAM_POWERSHAPE.v8.08
2008-10-12 PTC.PRO.ENGINEER.WILDFIRE.V4.M050 for win32 &win64
2008-10-11 SPSS.Dimensions.Desktop.v5.0.1
2008-10-10 CIMCO.Software.Suite.v5.12.11
2008-10-10 AUTODESK.MAYA.UNLIMITED.V2009
2008-10-08 RiverCAD XP for AutoCAD 7.5
2008-10-08 AUTODESK.AUTOCAD.REVIT.ARCHITECTURE.SUITE.2009.1
2008-10-08 SESCOI_WORKXPLORE_3D_V1.4
2008-10-08 SPSS.Statistics.v17.Multilingual
2008-10-07 PRIMAVERA_P6
2008-10-07 Bricsys.Bricscad.Pro.v9.1.6.Incl.Keymaker
2008-10-06 Nihon.Unisys.Dynavista.v8.5
2008-10-05 BeamPROP 8.0 With FullWAVE 5.0
2008-10-05 LUMEN MICRO2000
2008-10-02 Bentley.ProSteel.3D.v18.0.Rev.20.06.08.MULTiLANGUAGE
2008-10-02 ADAPT_BUILDER_ABI_V2009
2008-10-02 EMBARCADERO_RAD_STUDIO_V2009
From caxsoft's crack
2008-10-30 GibbsCAM.2009.v9.0.1
2008-10-30 ALTAIR.HYPERWORKS.V9.0.For WIN64&WIN32&Linux
2008-10-30 SIEMENS.NX.V6.0.1. 64BIT&32bit
2008-10-29 Petrasim v4.2.0912
2008-10-28 SOLIDWORKS.V2008.SP.5.0.UPDATE.ONLY.ISO
2008-10-27 COMSOL.Multiphysics V3.5
2008-10-27 Cimmetry.AutoVue.Electro-Mechanical.Pro.v19.3.MULTiLANGUAGE
2008-10-26 PTC.PRO.ENGINEER.WILDFIRE.v3.0.M180.WIN32&WIN64
2008-10-25 COCREATE.MODELING.DRAFTING.2008.V16
2008-10-24 Spark-Space.Professional.v4.0.0014
2008-10-24 Right.Hemisphere.Deep.Exploration.CAD.Edition.v5.6.0
2008-10-24 IMSI.TurboCAD.Designer.2D.v15.0
2008-10-24 EMS-I.Surface.Water. Modeling.System V10(SMS)
2008-10-22 DHI. Mike. Zero.v2008
2008-10-20 Simsci.Pro/II.8.2 (C) INVENSYS
2008-10-20 Siemens.Plant.Simulation.v8.2.MULTiLANGUAGE
2008-10-20 Siemens.SIMATIC.Step7.Professional.Edition.2006.SR5.MULTiLANGUAGE
2008-10-18 IRAP.ROXAR.RMS.9.0
2008-10-17 Graphisoft.ArchiCAD.v12
2008-10-17 Intel.VTune.Performance.Analyzer.v9.1.138.
2008-10-16 TrueGrid v2.3 (c) XYZ
2008-10-16 Bentley.Rebar.XM.v08.09.04.68
2008-10-16 Bentley.Microstation.Triforma.XM.v08.09.04.97
2008-10-16 Bentley.Microstation.Structural.XM.v8.09.04.65
2008-10-16 Bentley.PlantSpace.Design.Series.XM.v08.09.04.34
2008-10-15 SDS/2 Data.Design.System.Suite.V7.122
2008-10-15 TRANSVALOR.FORGE.V2008
2008-10-15 T-SYSTEMS_MEDINA_V8.0.2
2008-10-14 DELCAM_POWERSHAPE.v8.08
2008-10-12 PTC.PRO.ENGINEER.WILDFIRE.V4.M050 for win32 &win64
2008-10-11 SPSS.Dimensions.Desktop.v5.0.1
2008-10-10 CIMCO.Software.Suite.v5.12.11
2008-10-10 AUTODESK.MAYA.UNLIMITED.V2009
2008-10-08 RiverCAD XP for AutoCAD 7.5
2008-10-08 AUTODESK.AUTOCAD.REVIT.ARCHITECTURE.SUITE.2009.1
2008-10-08 SESCOI_WORKXPLORE_3D_V1.4
2008-10-08 SPSS.Statistics.v17.Multilingual
2008-10-07 PRIMAVERA_P6
2008-10-07 Bricsys.Bricscad.Pro.v9.1.6.Incl.Keymaker
2008-10-06 Nihon.Unisys.Dynavista.v8.5
2008-10-05 BeamPROP 8.0 With FullWAVE 5.0
2008-10-05 LUMEN MICRO2000
2008-10-02 Bentley.ProSteel.3D.v18.0.Rev.20.06.08.MULTiLANGUAGE
2008-10-02 ADAPT_BUILDER_ABI_V2009
2008-10-02 EMBARCADERO_RAD_STUDIO_V2009
From caxsoft's crack
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