A model of describing creep strains and porosity evolution for a hollow cylinder affected by internal gas pressure

V. V. Nazarov
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Abstract

Two plane-strain states of two identical hollow cylinders are considered, where one is made of a material with porosity evolution and the other is made of an incompressible material. For each hollow cylinder, the process of inflation begins from an undeformed state and ends as soon as the external boundary radius reaches a certain set value. In the assumption that the porosity increases and reaches its highest value at the outer boundary radius, the two hollow cylinders are compared in terms of their strains and stresses.
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受内部气体压力影响的空心圆柱体蠕变应变和孔隙率演变模型
研究考虑了两个完全相同的空心圆柱体的两种平面应变状态,其中一个由具有孔隙率演化的材料制成,另一个由不可压缩材料制成。对于每个空心圆柱体,膨胀过程从未变形状态开始,当外部边界半径达到某个设定值时结束。假设多孔性增加,并在外部边界半径处达到最高值,则对两个空心圆柱体的应变和应力进行比较。
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