ESI PAM-Stamp 2G 2012.0 x86/x64 [2012, ENG] | 735MB
PAM-STAMP 2G is a complete, integrated, scalable and streamlined stamping solution. It covers the entire tooling process from quotation and die design through formability and try-out validation, including springback prediction and correction. It provides solutions-oriented tools for Automotive, Aerospace, and General stamping processes.
PAM-STAMP 2G specialized, integrated and scalable solution for stamping. It simulates the whole process of tooling from the effective surface of the design to analysis of forming characteristics with validation solutions, including analysis and compensation for springing. PAM-STAMP 2G - specifically-oriented development tools and analysis for the design organizations, design bureaus and the automotive and aerospace industries.
PAM-STAMP 2G offers the original chain modeling stamping, from quick die design, through the assessment of applicability, to final inspection and quality control, job CAD-model.
Import of geometry and mesh generation
PAM-STAMP 2G supports import geometric models in formats IGES, VDA, CATIA V5, and automatically generates a finite element mesh. Deep integration grid generator DeltaMesh in PAM-STAMP 2G increases its ability to import quality of useful information on CAD-model, such as: groups, layers, etc.
PAM-DIEMAKER module helps users to quickly create a parameterized model of the tool, based on the final piece. Thrust and side surfaces of the stamp are intuitive. Parametric design of the stamp creates an interactive relationship between the processes of design and analysis.
Contains different material models elastoplasticity to describe the behavior of different types of standard and high-strength steel or aluminum. Depending on the available data, strain and kinematic hardening can be defined curves or empirical laws.
Rapid assessment of the applicability
PAM-QUIKSTAMP module offers the best compromise between accuracy and speed for a quick assessment of applicability. This approach makes it easy to identify the erroneous decision and provide the basis for subsequent calculations and optimization.
Checking formative Characteristics Stamp
Result of "the first time" can only be achieved by replacing the natural experiment computing, on the same track the real situation! This will identify areas of traditional defects such as tears, wrinkles, etc. ... PAM-AUTOSTAMP allows the user to take into account in the calculation of all the features of the process to obtain the most accurate results. All the usual techniques: flanging, grease, springs, and dampers may be included in the virtual experiment, as if setting process takes place in reality.
New materials brings new challenges to the quality of the final details and accuracy control. Reliable prediction springing its correction followed by a test - one of the keys to success PAM-STAMP 2G.
PAM-STAMP 2G allows you to export 2D objects, such as the contours of cross-sections, etc. ... And 3D geometry: the surface of the die, the geometry changed after the modeling and compensation for springing.
PAM-STAMP 2G virtualnm in space test
Like all products from ESI Group, PAM-STAMP 2G is a part of the virtual space tests (Virtual Try-Out Space, VTOS) - a unique complex, virtual engineering solution that would continuously improve the technology of the virtual prototype. By radically reducing costs and development time, money VTOS enable eliminate the use of physical prototypes.
Date of Release: 2012
Bit depth: 32bit +64 bit
Compatibility with Vista: complete
Compatible with Windows 7: complete
Medicine: Present (Team-SolidSQUAD)
RAM 512 MB min, 1 GB free space on disk, OpenGL hardware graphic accelerator, CPU-Intel / AMD only
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