Projects

Development of a robust and accurate numerical methodology for thermomechanical parameter identification using full-field measurements of temperature and strain

Design of a novel test using an integrated topology-shape optimization methodology and a thermechanical indicator

Implementation of a large set of constitutive models, analysis of constraints and search universe in parameter identification

Analysis and design of tests with large thickness metal plate specimens

Development of a numerical methodology for the damage and failure parameters identification

Development of the Open access database and Data store for AHSS