Finite element analysis (FEA) is a dynamic and fast-developing field that draws on the disciplines of mathematics, computer science, engineering and physics. FEA offers numerous advantages in complex stress problems. The book offers a picture of the current state of the art in FEA, as well as indicating some new directions and trends. The first part considers applications of FEA in mechanical engineering. Topics featured include case studies of FEA in failure analysis, FEA for stress analysis in mining, and FEA in machining thin-wall parts. In the second part, new developments and trends are showcased. The contributors present new research on subjects including FEA for human joint modelling, and for design of stiffener run-outs. In the third part, the applications of FEA in contexts ranging from biomedical science to industrial development are explored. Topics include FEA in sheet material joining, for multi-stable structures, and for permanent magnet synchronous machines. The book's contributors are recognized authorities, and chapters review the related literature, ensuring this is a relevant text for students and researchers as well as a starting point for further investigations.
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