Nonlinear bending of cylindrical shells subjected to transverse loads
Date
2020-07-05Author
ZHU, J
Li, Long-yuan
Subject
Cylindrical shell Nonlinear bending Overlization Cross-sectional flattening Beam
Metadata
Show full item recordAbstract
This technical note presents an analytical solution of the nonlinear bending of cylindrical shells subjected to transverse bending loads, induced by the flattening of cross-section. The bending equation, representing the nonlinear relationship between beam bending curvature and externally applied load, is derived on the framework of a flattened cylindrical shell. Numerical examples of cylindrical-shell beams subjected to pure bending and uniformly distributed transverse bending loads are provided to demonstrate the rationality of the present analytical model.
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Publisher
Elsevier BV
Journal
Mechanics Research Communications
Volume
107
Pagination
103561-103561
Number
103561
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