Stress–Strain State of a Cylindrical Shell Segment with a Hole in Nonuniform Heating
摘要
Abstract
An analytical and numerical (by the finite-element method) solution for a thin-walled cylindrical shell is derived, in a thermomechanical formulation. The influence of nonuniform heating and an added reinforcement rod on the stress–strain state in segments of thin cylindrical shells with holes of different configuration is studied. A method based on the theory of momentless shells is proposed for calculations of thin-walled shells.