Now showing items 11-15 of 15
CHARACTERIZATION OF Ti AND Co BASED BIOMATERIALS PROCESSED VIA LASER BASED ADDITIVE MANUFACTURING
Titanium and Cobalt based metallic materials are currently the most ideal materials for load-bearing metallic bio medical applications. However, the long term tribological degradation of these materials still remains a ...
A CONTINUUM DISLOCATION DYNAMICS FRAMEWORK FOR PLASTICITY OF POLYCRYSTALLINE MATERIALS
The objective of this research is to investigate the mechanical response of polycrystals in different settings to identify the mechanisms that give rise to specific response observed in the deformation process. Particularly ...
Generating Triple Junction Distributions
Substantial studies indicate polycrystalline triple junctions are independent microstructural defects with distinct properties and effects from their constituent grain boundaries. Triple junctions are also descriptive of ...
DYNAMIC DAMAGE EVOLUTION IN ALUMINUM AS A MODEL SYSTEM FOR UNDERSTANDING FCC MATERIALS IN EXTREME CONDITIONS
Materials play a key role in many emerging technologies. Future technologies in the energy and defense sectors will place huge demands on material performance with respect to stress, strain, temperature, and pressure. These ...
ENABLING HIGH SPEED FRICTION STIR WELDING OF ALUMINUM TAILOR WELDED BLANKS
Current welding technologies for production of aluminum tailor-welded blanks (TWBs) are utilized in low-volume and niche applications, and have yet to be scaled for the high-volume vehicle market. This study targeted further ...