Stress wave propagation in elastic/viscoplastic cylindrical bodies containing a spherical cavity

作者: S. Tanimura

DOI: 10.1007/BF01176385

关键词: Classical mechanicsMechanicsBoundary value problemViscoplasticitySurface (mathematics)Stress (mechanics)Plane (geometry)Bipolar coordinatesWave propagationMathematicsCylinder

摘要: Stress wave propagation in elastic/viscoplastic circular cylindrical bodies bounded by a plane surface and spherical surface, containing cavity, is analyzed numerically the method of direct integration governing equations bipolar coordinates. In these cases when are partially which does not coincide with coordinate numerical procedure devised deriving stress boundary conditions on using transformation rule for contravariant tensors. By obtaining results various sizes body, effect clearly demonstrated. distributions plastic fronts body also presented.

参考文章(2)
Shinji Tanimura, A practical constitutive equation covering a wide range of strain rates International Journal of Engineering Science. ,vol. 17, pp. 997- 1004 ,(1979) , 10.1016/0020-7225(79)90021-1