Computational Shape Modeling, Design and Optimization: geometric modeling, computational design and design optimization, geometric reasoning, design methodologies for complex systems, gear systems and structures, structural shape and topology optimization, optimization for manufacturing ability.
3
Applied Mechanics and Advanced Materials Processing|computational design|Robotics, Dynamics, Sensing and Control
osama.bilal@uconn.edu
Applied Mechanics and Advanced Materials Processing|computational design|Current|materials science|micro-mechanics|multiscale modeling|nanomechanics|solid mechanics
ryan.c.cooper@uconn.edu
active faculty|batteries|computational design|Current|Energy Systems|uncertainty quantification
chao.hu@uconn.edu
Biomechanics and Biomedical Applications:|Biomedical Related Applications|computational design|Computational Shape Modeling,Design and Optimization|Computer Aided Design(CAD) modling|Computer Aided Engineering(CAE)|Computer Aided Mechanics(CAM)|Current|design|Geometric Computing|Physical Computing|Synthesis of Mechanical Systems
horea.ilies@uconn.edu
Biomechanics and Biomedical Applications:|Biomedical Related Applications|computational design|Computational Shape Modeling,Design and Optimization|Current|design optimization|Energy Systems|multi-disciplinary optimization|topology optimization
julian.norato@uconn.edu
Applied Mechanics and Advanced Materials Processing|Biomechanics and Biomedical Applications:|computational design|Current|Molecular modeling|multiscale modeling|Nano-bio mechanical systems
anna.tarakanova@uconn.edu
active faculty|Additive manufacturing|batteries|computational design|Current|design|multi-disciplinary optimization|uncertainty quantification
hongyi.3.xu@uconn.edu
