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Mathematical modelling plays a key role in the design, analysis, optimization, and control of material processing technologies and is practiced by an increasingly interdisciplinary field of professionals, including materials scientists, process technologists, and applied mathematicians. This book collects a number of practical and theoretical contributions from distinguished representatives of all areas of mathematical modelling--from researchers who develop models of the microstructural changes that occur during forming to the developers of algorithms and codes as simulation tools to those who employ such models and tools in an industrial context. The book is an addition to the libraries of applied mathematicians and materials scientists.
This volume investigates the integration of mathematical modelling into the design, analysis, and optimization of modern material processing technologies. The authors, J.F.T. Pittman and Mark Cross, compile a diverse array of theoretical and practical contributions from experts across the fields of materials science, process technology, and applied mathematics. The text serves as a comprehensive framework for understanding how computational models bridge the gap between microstructural research and large-scale industrial application.
What You Will Find
Experts and practitioners in the field of materials engineering frequently cite this collection as a valuable resource for understanding the intersection of computational theory and industrial practice. The text is recognized for its technical depth and its utility to both academic researchers and professional process technologists.
Page Count:
576
Publication Date:
1993-05-06
Publisher:
Oxford University Press
ISBN-10:
0198536879
ISBN-13:
9780198536871
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