Multi-Physics Modeling in Materials Science and Engineering

Course content

Phenomenological computational modeling and simulation techniques in materials science and engineering. Mathematical and physical basis of modeling, methodology: definition of the physical problem, defining input and outputs, construction of the model, computer implementation, validation and visualization. Application of the methodology for materials behavior and processing problems like creep, fatigue, phase transformations, sintering, electrochemical reactions, welding, plastic deformation, solidification, etc. Simulation methods of materials science related phenomena like diffraction, thermodynamics and kinetics of reactions, mass and heat transfer, etc.