Titlebook: Creep in Structures; 4th IUTAM Symposium, Micha? ?yczkowski (Head) Conference proceedings 1991 Springer-Verlag, Berlin Heidelberg 1991 Cree

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Zhengbing Hu,Yong Wang,Matthew Heseries with a limited number of terms. Since the models for creep (increasing function) and stress relaxation (decreasing function) are different, the series are also of different type. The approach can be extended to the nonlinear viscoelastic range by introducing some load dependent nonlinearity f

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Jacqueline Bourdeau,Monique Grandbastientural parameters caused discrepancy between theoretical and experimental results in the case of variable step load. We propose to use experimental reload data to define the structural parameters. In building this theory we use and extend ideas in [2,3J.

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Tutorial Dialog in Natural Languaged and reported. Despite their various forms, the models can in general fit into some common structures. Identification of such structures is essential in the development of constitutive equations. It is also far more important than finding a specific relation for a specific material. The same is als

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Advances in Intelligent Web Masteringity of guaranteeing the safety of the repository over long lasting periods of time, a very good knowledge of the behaviour of the used materials, especially the host rock salt and the probable backfilling, crushed salt, is indespensible. This is seen to be a basis of technical security calculations

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Web Semantization – Design and Principlestainless steel at room temperature following cyclic preloading if the evolution of kinematic back stress is simulated from the hybrid constitutive equations. Consequently, the experimental results of creep during cyclic loading could be described by the so-called Bailey-Norton law, if the effective

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Advances in Intelligent Web Mastering - 3stic and creep deformations was studied experimentally with respect to creep behaviour subsequent to plastic pres train ing. In combined plasticity-creep tests, specimens were first prestrained plastically at the room temperature in axial tensile or pure torsional directions, and were subsequently s

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Thomas Barnard,Adam Prügel-Bennettte dependent, have been applied to the modeling of transient and cyclic short—term deformation behavior. Their application to modeling long—term creep has been demonstrated in principle and hinges on the introduction of recovery terms in the growth laws for the state variables. After postulating a s