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A generalized theory for bending of thick isotropic rectangular plates

Mohammed, Ammar Khalil Hafedh (1989) A generalized theory for bending of thick isotropic rectangular plates. PhD thesis, King Fahd University of Petroleum and Minerals.

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English Abstract

Several refined theories of plates have been developed in the recent decade. All such theories have attempted to incorporate the effects of tranverse shear stresses and tranverse normal stress and strain which become important as the ratio of the plate thickness to characteristic length (h/L) increases. The theory developed in this dissertation belongs to this category, except that it differs in that generalized forms of stress are assumed initially, which leads to the formulation of a more accurate theory of bending of hick plates. Upon comparison of the results from this present work with the exact solution and other previous refined theories, the present theory yields results closest to the exact solution for both deflection w and inplane stresses, up to a ratio of h/L as high as 3.0 for the case of cylindrical bending, and up to a ratio of h?l as high as 1.0 for the case of rectangular plates.



Item Type:Thesis (PhD)
Date:June 1989
Date Type:Completion
Subjects:Civil Engineering
Divisions:College Of Engineering Sciences > Civil Engineering Dept
Creators:Mohammed, Ammar Khalil Hafedh
Committee Advisor:Baluch, Mohammed H.
Committee Members:Sharif, Al-Farabi M. and Azad, Abul Kalam and Gecit, Mehmet Rusen
ID Code:10180
Deposited By:KFUPM ePrints Admin
Deposited On:22 Jun 2008 16:58
Last Modified:26 Apr 2011 08:00

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