Stability of circumferentially corrugated cylindrical shells under external pressure

Corrugated shells of revolution that may be considered cylindrical when the corrugation amplitude is small are analyzed for stability. The corrugations are transverse to the axis of revolution. Isotropic and orthotropic shells with sine-shaped meridian under uniform external compression are analyzed...

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Published in:International applied mechanics 2011, Vol.46 (8), p.919-928
Main Authors: Babich, I. Yu, Zhukova, N. B., Semenyuk, N. P., Trach, V. M.
Format: Article
Language:English
Subjects:
Amplitudes
Applications of Mathematics
Classical Mechanics
Compressing
Corrugated shells
Corrugating
Corrugation
Cylindrical shells
Orthotropic shells
Physics
Physics and Astronomy
Stability
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description Corrugated shells of revolution that may be considered cylindrical when the corrugation amplitude is small are analyzed for stability. The corrugations are transverse to the axis of revolution. Isotropic and orthotropic shells with sine-shaped meridian under uniform external compression are analyzed for stability. It is shown that the stability of corrugated shells can be significantly improved, compared with cylindrical shells, by selecting appropriate number and amplitude of half-waves. A relationship between the buckling modes and the change in the critical loads is established
doi_str_mv 10.1007/s10778-011-0382-0
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subjects Amplitudes
Applications of Mathematics
Classical Mechanics
Compressing
Corrugated shells
Corrugating
Corrugation
Cylindrical shells
Orthotropic shells
Physics
Physics and Astronomy
Stability
title Stability of circumferentially corrugated cylindrical shells under external pressure
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