The constitution of materials science usually contains four components which forms the materials science tetrahedron they include 1 compositions and structures 2 processing 3 properties and 4 performance sometimes the characterization or the modeling and simulation can also be thought as the center of the tetrahedron. Wilkins aquino anderson rupp professor of mechanical engineering and materials science research interests computational mechanics finite element methods computational inverse problems and their applications in engineering and biomedicine scientific computing computational acoustics and acoustics structure interaction coupled chemo mechanics eg electrochemistry mechanics. Use of finite difference finite element and boundary element methods instrumentation and monitoring of hydraulic systems computer simulation and optimization of hydrosystems integrated computational materials engineering icme modeling of mechanical behavior through crystal plasticity phase field modeling of microstructure
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