Areas of Research
- Computational Mechanics
- Crystal Plasticity
- Deformation Modeling
- Materials Processing and Modeling
- Numerical Methods
Dr. Kasemer’s research interests lie primarily in developing, implementing, and utilizing computational models to predict the deformation response of metals subjected to loading, with a specific focus on polycrystalline structural alloys.
The focus of our lab is the simulation of the micromechanical deformation response of metallic alloys to gain a better understanding into the macroscopic behavior of structural alloys.
Current Projects:
- Reduced Order Crystal Plasticity Modeling
- Processing-Structure-Property Relationships of Aluminum Alloys
- Dwell-Fatigue Behavior of Titanium Alloys
- Deformation Twinning in Hexagonal Materials
- Fracture Modeling in Polycrystalline Materials
