论文信息 - Dynamic analysis of tension structures

Dynamic analysis of tension structures

Abstract The equations of motion for curved membranes are determined via Hamilton's principle and subsequently solved by the finite element method. Initially linearized equations are determined by considering small amplitude oscillations about the position of static equilibrium. Later, more accurate equations are determined by taking account of geometrical nonlinearities in the displacement-strain relationships. Some numerical examples illustrate the theory and confirm the numerical accuracy of the finite element formulation.

B. Tabarrok | Z. Qin | B. Tabarrok | Z. Qin

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