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In this paper, a method is proposed to actively control interlaminar stresses near the free edges of laminated composites by through-thickness thermal gradients. Theoretical solutions are given for optimal steady-state through-thickness temperature distributions under uniaxial loading that are...
A procedure is described for designing prosthetic implants made of composite materials used in central bone and combined joint and bone replacements. The primary objective was to arrive at an implant made of fiber reinforced composites which has a higher bone growth stimulus and a lower...
In Part I of this paper, a combination of Airy stress functions and direct displacement functions was utilized to obtain the plane elasticity solution for the stresses and displacements in a multilayer laminated orthotropic strip subjected to a temperature gradient that is arbitrarily symmetric...
In this paper the analysis of the compressive failure of an AS4/PEEK composite started in (10) is continued. The compressive strength of this material is typically 60% of its tensile strength. It has been long suspected that this is related to fiber misalignment. Two types of fiber imperfections...
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