FORCES, MOMENTS, ROTATIONS, AND DISPLACEMENTS OF POLYNOMIAL-SHAPED CURVED BEAMS
作者： LAZARO GIMENA , PEDRO GONZAGA , FAUSTINO GIMENA
DOI: 10.1142/S0219455410003336
关键词:
摘要: This paper deals with curved beams polynomial free geometry. The problem is approached analytically and the differential equations that govern mechanical behavior of are presented. A system twelve linear ordinary solved using either an analytical or a customized numerical method boundary conditions. Results different components forces, moments, rotations, displacements given plotted in examples for polynomial-shaped fourth degree. It concluded from present analyses parabolic shape has better response to distributed loads than other considered.
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