Engineering Research
Materials Science
Engineering Series
Physical and Numerical Simulation of Materials Processing VII
Description:
There are continuous demands for high performance materials with enhanced properties. In the development of these materials and their processing methods, physical and numerical simulations have important roles to play. By using best current knowledge and modern facilities, these simulation techniques can enable the rapid and economic evaluation and prediction of high temperature processes and applications. The papers deal extensively with physical and numerical simulation, the modeling of processes, as well as recent advances in the processing of various materials, e.g., steels, light metals, composites, etc.
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Review from Ringgold Inc., ProtoView:
Just over 100 papers explore phenomena in steel processes, simulating and modeling the processing of light metals and high-manganese and stainless steels, simulating and modeling welding, advanced processing methods, detection systems for advanced processing and products, and other topics. Among the plenary lectures are discussions of dynamic transformation during simulated hot rolling, the atomic scale investigation of solutes and precipitates in high strength steels, forming an ultrafine-grained austenite-containing microstructure from a cold-rolled medium-manganese steel processed using inter-critical annealing.