Software Tutorial,download,manual - http://www.caxsoft.net/

The PAM-DIEMAKER module helps the user to quickly ‘Right first time’ tooling can only be achieved by replacing build a parametric tool geometry using the component as physical try-out with virtual try-out, and by replacing it with a reference. Blankholder and die addendum surfaces are the most accurate virtual try-out possible. This means intuitively generated. The parametric die design allows an being able to spot all the usual formability interactive process between die design and simulation. issues of course, like splits, wrinkles and slip-lines. PAM-AUTOSTAMP takes into account all of Creation of an the usual try-out techniques: inner binder drawbeads, spacers, lubrication, surface gas-springs, and variable cushion forces, can all be easily Springback Simulation included in the virtual try-out, just Courtesy of Renault as the try-out engineer would in reality, Courtesy of Jaguar cars to tune and optimize the process. Quick Feasibility Assessment Advanced Solver Technology The PAM-QUIKSTAMP module offers the optimum The smart solver is able to use different modes as required: compromise between accuracy and speed for quick An explicit incremental solver for detailed forming simulation, formability assessment. This approach easily eliminates with accurate shell bad design choices and provides a good basis for iteration elements, extremely Simulation time and optimization. PAM-STAMP 2G accepts industry precise contact Springback standard CAD formats, such as IGES, VDA and recently algorithm, and detailed Forming CATIA V5 interface. failure modeling. Holding An implicit solver with Customization of process Gravity optimal accuracy and using Stamp Toolkit Mesh robustness for gravity and springback Courtesy of Hyundai calculations, with Motor Company significant speed up. PAM-STAMP 2G solver offers full interoperability and repeatability between PAM-AUTOSTAMP Supports OPTRIS / PAM-STAMP 2G PAM-STAMP 2G / DMP PAM-STAMP 2000 the various stages of the the Virtual Try-Out Space OPTRIS / PS 2000 V2002 V2004 stamping simulation. The results from a PAM-AUTOSTAMP simulation can easily be incorporated in to a component performance analysis such as PAM-CRASH, for even more realistic modeling. Extended chaining between PAM-STAMP SYSWELD and PAM-CRASH has been , validated. It is a major step towards the operational virtual body-in-white.

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