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The stress state in the bonded joint region of a laminated composite tube subjected to torsional and hygrothermal loadings is analyzed. A finite ele ment solution technique is utilized. The composite can be modeled ply-by-ply, and the adhesive as a separate elastic layer. All six stress...
Three types of glass epoxy composites have been studied and water diffu sion leading to saturation has been shown to occur under humid conditions for two of them, the third composite was seen to degrade in the presence of water. It has been found necessary to apply two different models of...
A new method for analyzing the free edge stress field in composite laminates is developed based on a perturbation and assumed stress approach. Convergence of the interlaminar shear stress in angle-ply laminates is studied.
In this paper the general plane strain problem of adhesively bonded struc tures which consist of two different orthotropic adherends is considered. Assuming that the thicknesses of the adherends are constant and are small in relation to the lateral dimensions of the bonded region, the adherends...
A model study is conducted on the prediction of the stiffness and fracture toughness of an unidirectional short-fiber reinforced composite containing numerous cracks in the matrix. It is assumed in our model that short-fibers are aligned in the uniaxial loading direction and that cracks in the...
There are several interactive failure criteria which give strength predic tions for a composite material subjected to multiaxial loadings. However, if only the average directional strengths are used in the failure criterion, the results give no useful statistical information. A closed form...
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