Titlebook: Applied Stress Analysis of Plastics; A Mechanical Enginee S. I. Krishnamachari Book 1993 Springer Science+Business Media New York 1993 elas

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Rationale of Stress Analysis,ustries. With the increasing use of plastics for structural functions, the relevance of design-by-analysis is evident. Thanks to powerful personal computers, the engineer is able to perform several tasks of design-by-analysis at a reasonable cost. Typically, the geometry of a part is created with CA

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Applied Viscoelasticity,of special behaviors and properties are revealed when periodic loading is applied. In a manner very similar to voltage and currents in alternating current electric circuits, there is time difference between applied stress and resulting strain. Strain lags behind applied stress. A description of visc

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Basic Concepts: Perspectives in Elasticity Theory,rtance of stress analysis. In recent years, structural plastics have been used for applications in load-bearing structural components in the automotive, aerospace, sporting goods, and construction industries. Hence, design engineers are increasingly concerned about stress-related problems, typically

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Fracture Mechanics,without-warning of ship hull structures, railroad structures, etc. which are made of normally ductile metals [.]. The development of fracture mechanics was initiated from several viewpoints. One such viewpoint is the strain energy consideration in a body in which a crack extends by just a small amou