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This study brings forth the electrical and mechanical models of a new kind of hybrid carbon fiber-reinforced polymer (HCFRP) composites consisting of several types of carbon fibers with different strengths and Young’s moduli. Then, an experimental program with some main variables including the...
The identification of the type of discontinuities or failure mechanisms within fiber-reinforced plastic (FRP) structures normally requires the use of local nondestructive testing (NDT) methods, which is time and labor intensive. The global NDT methods, e.g., the use of acoustic emission (AE)...
An apparent permeability of an idealized unidirectional reinforcement is derived for power-law fluid flow perpendicular to the fibers. The reinforcement consists of regularly ordered, parallel fibers arranged in a quadratic or hexagonal pattern. The expression is obtained starting from first...
Micromechanical models for a study of nonlinear viscoelastic (NVE) response of composite laminae are developed and their performance compared. A single integral constitutive law proposed by Schapery and subsequently generalized to multiaxial states of stress is utilized in the study for the...
Flax fiber-vinyl ester composites are milled and mixed with virgin matrices to produce recycled composites. The effect of this powder incorporation on the mechanical properties of a thermosetting matrix (vinyl ester) and a thermoplastic matrix (polypropylene) is studied. In the case of...
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