Development of Novel Reduced Order Modeling and Scientific Data-Driven Modeling Techniques With Application to Multi-Physics and Multi-Scale Coupled Manufacturing Processes, Such as Welding and Additive Manufacturing (am)
1 faculty research Development of Novel Reduced Order Modeling and Scientific Data-Driven Modeling Techniques With Application to Multi-Physics and Multi-Scale Coupled Manufacturing Processes, Such as Welding and Additive Manufacturing (am) on GradNova.
Detailed Microstructural Modeling of Materials and Am-Oriented Topology Optimization
Development of Advanced Numerical Methods for Predictive and Fast Modeling of Multi-Physics and Multi-Scale Systems
Development of Novel Reduced Order Modeling and Scientific Data-Driven Modeling Techniques With Application to Multi-Physics and Multi-Scale Coupled Manufacturing Processes, Such as Welding and Additive Manufacturing (am)