By T. Abe, T. Tsuta
AEPA '96 presents a discussion board for dialogue on present advancements in plasticity. An emphasis is put on the shut interplay of the theories from macroplasticity, mesoplasticity and microplasticity including their functions in numerous engineering disciplines comparable to sturdy mechanics, steel forming, structural research, geo-mechanics and micromechanics. those court cases contain over one hundred forty papers from the convention together with case experiences exhibiting purposes of plasticity in inter-disciplinary or nonconventional components.
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Extra resources for Advances in Engineering Plasticity and its Applications (AEPA 1996)
Y. Zhang (1992).
INTRODUCTION Creep failure of polymers and their composites has been an important subject of research in the last few decades. They have been used extensively in nearly every engineering field from highway bridges, filament wound pressure vessels, to aircraft structures and aerospace engines etc. are mainly due to their excellent strength/weight ratios. However, it is their long term durability, known as creep failure, creep rupture, creep fatigue, or static fatigue, that are of main concern. There are many factors affecting the deformation and fracture characteristics of these materials, from the composition of polymers, their processing, the different kinds of reinforcing fibers, down to physical ageing and various environmental factors such as temperature, moisture etc.
Mechanics of Solids, 29, 110-114. L. Cumulative damage of fiber reinforced elastomer composites under fatigue loading. J. Composite Materials, 28, 1261-1286. (1978). Polymer Rheology. London. Review on the statistical mechanics of meso-damage and fracture for glassy polymers. Robinson,(1994). Data for designing with continuous-glass-fibrereinforced polypropylene. Composites Sei. & Tech. 52, 205-216. (1994) On the physics required for prediction of long term perfor-mance of polymers and their composites.