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Please use this identifier to cite or link to this item: http://hdl.handle.net/123456789/651

Title: LARGE DEFORMATIONS AT THIN PLANE CIRCULAR PLATES BENDING UNDER CONSTANT LOADING, TAKING INTO ACCOUNT THE MEMBRANE STRESSES PART II – BENDING UNDER INITIAL LOADING OF THE PLATES MEAN PLANE
Authors: RADU, Gheorghe
Keywords: deformation
plate
stress
bending
membrane stress
Issue Date: Oct-2014
Publisher: Transilvania University Press of Braşov
Citation: Google Scholar
Series/Report no.: II;201 - 204
Abstract: The present paper deals with the state of stress and deformation at thin circular plates subjected to symmetrical axial loading. The loading is a bending owing to the uniform distributed loads which act perpendicular to the mean surface of the plate, simultaneous with a membrane load (loads acting in the mean plane of the plate). This type of problem is solved by help of equations which result from the equilibrium of a plate’s element and from the boundary and continuity conditions of the mean surface of the plate. One considers the following two cases: the membrane stresses are small comparatively to the bending stresses; in this case the calculus is precise enough if we take into account only the mean plane extensions which will be superposed over the effects given by the transversal bending stress q; the membrane stresses are considerable and can not be neglected; in this case, second order calculus is required.
URI: http://hdl.handle.net/123456789/651
ISBN: 978 – 606 – 19 – 0411 - 2
Appears in Collections:COMAT 2014

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