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Titlebook: Creep in Structures; 3rd Symposium, Leice A. R. S. Ponter,D. R. Hayhurst Conference proceedings 1981 Springer-Verlag, Berlin, Heidelberg 19

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书目名称Creep in Structures
副标题3rd Symposium, Leice
编辑A. R. S. Ponter,D. R. Hayhurst
视频video
丛书名称IUTAM Symposia
图书封面Titlebook: Creep in Structures; 3rd Symposium, Leice A. R. S. Ponter,D. R. Hayhurst Conference proceedings 1981 Springer-Verlag, Berlin, Heidelberg 19
描述The Third IUTAM Symposium on Creep in Structures was held at Leicester University in September 1980 thereby continuing the tradition of a ten yearly review of progress in structural creep initiated by the previous symposia held at Stanford University in 1960 and Chalmers University in 1970. The thirty eight papers and their discussions cont­ ained in this volume testify to the vigour of research into the creep of structures at the present time. During the last ten years a gradual change of emphasis has occurred in creep research from studies of deformation and stability towards the description of continuum damage and creep crack propagation. At the same time design techniques have developed based upon reference stress techniques and bounding theorems, and a continued interest has been maintained in the development of constitutive equations and in stability studies. All these developments are reflected in the compos­ ition of the papers in the volume and in the discussions and reviews.
出版日期Conference proceedings 1981
关键词Kriechen; Structures; concrete; damage; deformation; design; finite element method; finite elements; fractur
版次1
doihttps://doi.org/10.1007/978-3-642-81598-0
isbn_softcover978-3-642-81600-0
isbn_ebook978-3-642-81598-0
copyrightSpringer-Verlag, Berlin, Heidelberg 1981
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A Critical Examination of Steady State Creep,f flow for which the true strain rate becomes relatively constant for a considerable period of time. This regime is customarily termed the “steady state” creep regime, and the existence of a measurable steady state flow for metals is widely accepted in both the materials and the mechanics communitie
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On Constitutive Relations and Failure Criteria of an Austenitic Steel under Cyclic Loading at Elevaormation and subsequent creep deformation. Strain controlled tests have been used to determine the influence of strain range, the number of cycles and the dwell period. The implications for structural behaviour and the prediction of stress relaxation are discussed..Some of the tests have been extend
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The Creep of Moderately Thick Shells of Revolution Under Axisymmetrical Load, investigations on the creep of them. These investigations, however, are almost all concerned with the case of thin shells, and few studies on thick shells are reported except for simple geometry such as cylinders and spheres in spite of their importance in engineering..In the present paper the anal
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Review of Session I,opic, and they represent a wide variety of approaches. With some over-simplification they might be labelled as Physical, Phenomenological, Philosophical, Engineering, Computational and Testing approaches, taken in order of presentation. They are all important to the development of our subject and, a
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Some Observations on Reference Stresses, Skeletal Points, Limit Loads and Finite Elements,orkers. Whilst the Limit Load Reference Stress for a constant moment beam is essentially powerful the paper goes on to bring out its limitations for structures (e.g. a uniform cantilever) where a range of Reference Stresses may be more appropriate than a single stress and for structures which are st
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Representation of Constitutive Equations in Creep Mechanics of Isotropic and Anisotropic Materials, assumption of the existence of a creep potential, which can depend only on the basic or, alternatively, on the principal invariants of the stress tensor, if the material is isotropic. These invariants are the elements of the integrity basis for the orthogonal group. For anisotropic solids the repre
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The Continous Field of Damage and its Influence on the Creep Process in Concrete under Tensile Loade load in concrete bars is considered. It is shown that it is necessary to take into consideration the instantaneous damage. On the basis of the damage summation hypothesis, the integral presentation (3.3) of damage is introduced. Calculating the derivative ω the authors get the kinetic equation for
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