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This volume presents modern analytical theories dealing with fatigue problems of machine parts, including the observed behaviour of metals. It includes the fundamentals of solid mechanics, fatigue analysis using different approaches - both classical, modern and crack propagation. In addition, the finite element method is used to illustrate numerical methods. There are modern and classical analyses, and case studies on design successes (and failures).

Modern numerical developments have allowed tremendous advancement in the analysis of the nonlinearities inherent in machine design problems, with few more productive than the finite element method. This work seeks to meet a dual challenge: to reflect both the advances of the finite element method and to expand the theoretical scope of their applications to the design of machine elements. Technical applications of computational processes include the introduction of p-version elements, contact surface elements, and design optimization.