Trim Curve Development in Forming Simulation
Numerical simulations are increasingly used to design and optimize sheet metal forming manufacturing processes [1]. ANSYS FORMING® [2] offers a comprehensive, process-centric solution for metal stamping simulation. It simplifies the setup of multi-stage forming simulations, making it accessible and efficient for users. Relying on the ANSYS LS-DYNA® multiphysics solver, the platform offers easy job submission and monitoring. The interface integrates post-processing capabilities that allow for detailed analysis of the resulting part.
https://www.dynalook.com/conferences/17th-international-ls-dyna-conference-2024/forming/hernandez-becerro_ansys.pdf/view
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Trim Curve Development in Forming Simulation
Numerical simulations are increasingly used to design and optimize sheet metal forming manufacturing processes [1]. ANSYS FORMING® [2] offers a comprehensive, process-centric solution for metal stamping simulation. It simplifies the setup of multi-stage forming simulations, making it accessible and efficient for users. Relying on the ANSYS LS-DYNA® multiphysics solver, the platform offers easy job submission and monitoring. The interface integrates post-processing capabilities that allow for detailed analysis of the resulting part.