Modeling and Simulation for Materials Processing

This is a compact guide for theoretical and computational researchers interested in modeling and simulating key aspects of the materials processing universe. This product encompasses the necessary conceptual, mathematical and formulation base requisite for informed analysis, including scaling and model simplification, heat conduction and transfer, Isothermal Newtonian and non-newtonian fluid flow, mass transfer and solidification microstructure. Auxiliary relationships, including turbulence modeling, chemical kinetics, magneto-hydrodynamics and multi-phase flow, are fully discussed, as are relevant boundary conditions. This title: draws tangible lessons from real-life simulations and models aiding solution of real-world problems; aids selection and application of software & hardware, supporting value-based purchasing decisions; and, highlights best practice of data types and usage, enabling correlations to be drawn from best practice.