Training Catalogue

 
Metal Forming
Material models in PAM-STAMP 2G
Reference: STA-M-A

Level: Advanced
Duration: 2 - 3 days
Audience: CAE engineers, model designers, and experienced manufacturing engineers involved in the stamping process
Objectives: Understand the theory and the formulation of algorithmic problems in order to carry out formability assessment studies with the PAM-STAMP 2G complete stamping solution.
Prerequisites: Course: PAM-STAMP 2G: Full stamp value chain (STA-B) – Mandatory day + PAM-AUTOSTAMP (3 days), or equivalent experience
Description:
Course content:
  • Introduction (model types, stress and strain measures)
  • FEM basics
  • Yield Criteria (Characterization tests, simple calibration procedures)
  • Isotropic Hardening and Strain Rate Models
  • Kinematic hardening models (Characterization tests, simple calibration procedures)
  • Fracture Models (Stress and strain FLD’s, Keeler Model, instability models, integral fracture models)
  • Plasticity algorithms
  • User Material Interface
  • Simulation-based calibration (Optimization algorithms, PAM-OPT)
  • Plastic Instability (Instability and relation to FLC, Hill theory of plastic instability, Theory of Marciniak-Kuczynski, Instability model of material 128)

 

 

Demonstrations and practical exercises throughout the course.

Schedules:

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Registration:

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