In this paper, the classical pressure vessel problem for void damage materials is studied from the theory of microstructure in linear elasticity. The solutions are quasi-static. The stress distribution is predicted by...In this paper, the classical pressure vessel problem for void damage materials is studied from the theory of microstructure in linear elasticity. The solutions are quasi-static. The stress distribution is predicted by isotropic linear elasticity. The displacement and damage fields exhibit a volumetric viscoelasticity induced by considering material damage.展开更多
文摘In this paper, the classical pressure vessel problem for void damage materials is studied from the theory of microstructure in linear elasticity. The solutions are quasi-static. The stress distribution is predicted by isotropic linear elasticity. The displacement and damage fields exhibit a volumetric viscoelasticity induced by considering material damage.