Titlebook: Challenges in Mechanics of Time-Dependent Materials, Volume 2; Proceedings of the 2 H. Jerry Qi,Bonnie Antoun,Joamin Gonzalez-Gutierre Conf

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https://doi.org/10.1007/978-3-8349-9243-7This paper is concerned with the statistical prediction of creep failure time under the tension loading along the longitudinal direction of unidirectional CFRP based on the viscoelasticity of matrix resin. It was cleared in this study that the statistical creep failure time under the tension loading

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Performance Measurement in Supply Chainschanical stretching and melt flow history influence the extent and structure of crystalline domains in the semi-crystalline polymer. Typical processing parameters include the rate of cooling and the amount of stretch. Both influence crystallization differently. Isolating the contribution from stretc

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Performance Measurement in Supply Chainsas nonlinear viscoelastic–viscoplastic. Physical testing at intermediate strain rates creates many challenges because the measurements are susceptible to distortion due to factors including: test specimen variations, fixtures, hydraulic actuator control, instrumentation complexity, data acquisition,

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Innocence

Yield Criterion for Polymeric Matrix Under Static and Dynamic Loading,Tests were conducted under uniaxial compression, tension, pure shear and combinations of compression and shear. Quasi-static and intermediate strain rate tests were conducted in a servo-hydraulic testing machine. High strain rate tests were conducted using a split Hopkinson Pressure Bar system built

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Effect of Temperature on Mechanical Property Degradation of Polymeric Materials,nresolved problems of PEM fuel cells today is the durability issue of its components. For example, the polymeric gasket material of PEM fuel cell must be durable enough to hold the liquid and gas inside the fuel cell channel, as its sealing force decreases gradually with time and also changes with t

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Small Strain Plasticity Behavior of 304L Stainless Steel in Glass-to-Metal Seal Applications,cesses can be tailored to minimize the residual stresses responsible for cracking. However, this requires high fidelity material modeling accounting for the plastic strains in the metals, mismatched thermal shrinkage and property changes experienced as the glass solidifies during cooling of the asse

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