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                                       Details for article 4 of 5 found articles
 
 
  Mixed Finite-Element Model for Thick Composite Laminated Plates
 
 
Title: Mixed Finite-Element Model for Thick Composite Laminated Plates
Author: Ramtekkar, G. S.
Desai, Y. M.
Shah, A. H.
Appeared in: Mechanics of advanced materials & structures
Paging: Volume 9 (2002) nr. 2 pages 133-156
Year: 2002-04-01
Contents: A layerwise, mixed, 18-node finite-element (FE) model has been developed to analyze laminated composite plates by using the minimum potential energy principle. Continuity of transverse stresses and displacement fields has been enforced through the thickness direction, Z, of a laminated plate by considering six degrees-of-freedom (three displacement components in the coordinate axes directions and three transverse stress components τ xz , τ yz , σ z ) per node. Because the transverse stress components have been invoked as nodal degrees of freedom by using the fundamental elasticity relationship between the components of stress and displacement, the model has an added feature of maintaining the fundamental elasticity relation among the stress, strain, and displacement fields throughout the elastic continuum, which has not been observed in various mixed formulations available in the literature. Results obtained by using the present FE model have shown excellent agreement with the available elasticity solutions for thin and thick composite laminates as well as sandwich plates.
Publisher: Taylor & Francis
Source file: Elektronische Wetenschappelijke Tijdschriften
 
 

                             Details for article 4 of 5 found articles
 
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