Abstract
Simplified equations are derived for the analysis of stress concentration for shear-deformable shallow shells with a small hole. General solutions of the equations are obtained, in terms of series, for shallow spherical shells and shallow circular cylindrical shells with a small circular hole. Approximate explicit solutions and numerical results are obtianed for the stress concentration factors of shallow circular cylindrical shells with a small hole on which uniform pressure is acting.
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Reissner, E. and F. Y. M. Wan, A note on the linear theory of shallow shear-deformable shells,Journal of Applied Mathematics and Physics, ZAMP,33 (1982), 425–427.
Reissner, E. and F. Y. M. Wan, On the effect of transverse shear deformability on stress concentration factors for twisted and sheared shallow spherical shells,Journal of Applied Mechanics, ASME,53 (1986), 597–601.
Xu Bin-han, Pei Jun-hou and Zhu Bang-jun,Theory and Test of Shells with Openings, National Defence Industry Press, Beijing (1987). (in Chinese)
Reissner, E., On the determination of stresses and displacements for unsymmetrical deformations of shallow spherical shells,Journal of Mathematics and Physics,38 (1969), 16–35.
Reissner, E., On the transverse twisting of shallow spherical ring caps,Journal of Applied Mechanics,47 (1980), 101–105.
Qian Ling-xi, et al., Problems of circular cylindrical shells with openings—the fundamental solution for the case of a single circular hole,J. Dalian College Techn.,3, 4 (1965). (in Chinese)
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Dedicated to the Tenth Anniversary and One Hundred Numbers of AMM (II)
This paper was published in 1989 at the conference of IASS, Madrid, Spain.
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Wen-da, L., Yao-shun, C. The effect of transverse shear deformation on stress concentration factors for shallow shells with a small circular hole. Appl Math Mech 12, 211–218 (1991). https://doi.org/10.1007/BF02016540
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DOI: https://doi.org/10.1007/BF02016540