A geometrically characteristic and thermodynamically consistent theory to formulate the plasticity and damage of metallic solids at large deformation

Key Points

• Plasticity and damage are modeled within thermodynamic constraints, leading to new insights in material science.
• The theory emphasizes geometric characterization to capture the complexities of large deformation in metals.
• Utilizing continuum mechanics principles, this approach enhances the understanding of material failure mechanisms.
• Implications include potential improvements in engineering applications and materials design, supporting more resilient structures.