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Firstly, a 'global' solution that is based on Classical Laminated Plate Theory (CLPT) is introduced.
A higher-order finite element formulation has been developed in Part I of the present work for vibration analysis of tapered composite beams based on classical laminated plate theory.
A pair of coupled geometrically nonlinear governing differential equations in terms of stress function and transverse displacement, based on classical laminated plate theory, is derived for postbuckling analysis of VAT plates.
A stress function formulation for in-plane analysis and displacement formulation for buckling analysis was employed to derive the governing differential equations of VAT plates based on classical laminated plate theory.
This study presents a detailed procedure for the implementation of a discrete singular convolution (DSC) approach to the free vibration analysis of composite plates based on classical laminated plate theory (CLPT).
Similar(55)
Ply thickness scaling of transverse and in-plane shear strength was identified based on classical laminate theory and unnotched tensile tests on quasi-isotropic specimens.
An analytical 3-D micromechanical model based on classical laminate theory (CLT) is verified, in this paper for the prediction of effective elastic and viscoelastic properties of a cloth composite.
Realistic dynamic longitudinal compressive strength values were achieved for the first time by testing a multi-directional laminate, which yielded the desired valid failure mode, then calculating the longitudinal compressive strength of the embedded 0°-UD ply using a procedure based on classical laminate theory.
The thermal critical buckling temperatures for such laminates are obtained numerically based on classical lamination theory and the finite element method.
In this study, a method based on classical laminated-plate theory was developed to predict the short-term burst pressure of PSP under various temperatures.
In addition, the mechanical model for predicting the critical thrust force at the onset of delamination was established based on classical bending theory and the mechanics of GLARE laminate.
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