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The Quarterly Journal of Mechanics and Applied Mathematics 1961 14(2):129-136; doi:10.1093/qjmam/14.2.129
© 1961 by Oxford University Press
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LINE-LOADINGS ON FINITE LENGTH CYLINDRICAL SHELLS—SOLUTION BY THE FINITE FOURIER TRANSFORM{dagger}

WILLIAM A. NASH and T. F. BRIDGLAND, JR.

( University of Florida, College of Engineering Gainesville
University of Florida )

The linear equations due to Flügge for the thin elastic circular cylindrical shell are solved by the use of the finite Fourier transform for two general cases of radial line-loadings on a finite length shell. The loadings considered are: (a) an arbitrary line-load acting along a generator, and (b) an arbitrary line-load applied around the circumference. The solution presents the orthogonal displacement components of the middle surface in the form of rapidly converging series.


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