Mechanical characterization
Quantify material to predict failures and optimize operations with quality and efficiency.
Mechanical characterization through tensile testing, anisotropy, forming limit diagrams (FLD) and cyclic testing allows for accurate quantification of material behavior, including its elastoplastic response and phenomena such as the Bauschinger effect.
At MFS, this data is integrated into constitutive models for simulation in LS-DYNA, AutoForm, Pam-Stamp or Abaqus , optimizing failure prediction and process parameters. This reduces costs and development times and ensures superior manufacturing quality.
Why is it important for your company?
Understanding the behavior of materials accurately is essential to ensure quality and safety in metal forming processes. Mechanical characterization allows predicting failures, avoiding waste, improving the strength and durability of parts, optimizing costs and ensuring that final products meet the most demanding standards on the market.
Benefits
Ready to optimize your processes?
Contact us and we will take your forming processes to the next level