tailieunhanh - Mechanical Behaviour of Engineering Materials

There is a vast multitude of materials with strongly differing properties. A copper wire, for instance, can be bent easily into a new shape, whereas a rubber band will snap back to its initial form after deformation, while the attempt to bend a glass tube ends with fracture of the tube. The strongly differing properties are reflected in the application of engineering materials – you would neither want to build cars of glass nor rubber bridges. The multitude of materials enables the engineer to select the best-suited one for any particular component. For this, however, it is frequently necessary not only to know the mechanical properties of the. | Joachim Roesler Harald Harders Martin Baeker Mechanical Behaviour of Engineering Materials 0 Springer Mechanical Behaviour of Engineering Materials J. Rosier H. Harders M. Baker Mechanical Behaviour of Engineering Materials Metals Ceramics Polymers and Composites With 320 Figures and 32 .

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