Mechanical and Thermophysical Properties Of EpoxyClay Nanocomposite: Exprerimental and Theoretical Investigation,Used

Mechanical and Thermophysical Properties Of EpoxyClay Nanocomposite: Exprerimental and Theoretical Investigation,Used

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SKU: DADAX3846511595
Brand: LAP Lambert Academic Publishing
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Polymers and composites are usually exposed to influence of external factors (temperature, humidity, mechanical loading, etc.) which cause a timedependent change of their structure and properties due to physical and chemical transformations. Thus, predicting mechanical and thermophysical properties of composite materials, it is necessary to consider results of research about structure and properties timedependent variability of polymer resins under the influence of external factors. The aim of the work was to establish features of moisture absorption and to estimate influence of the absorbed moisture on mechanical and thermophysical properties of epoxybased nanocomposites. Elastic characteristics of NC were experimentally investigated and described using HalpinTsai and Norris micromechanical models considering morphological features of filler particles. Viscoelastic behavior of epoxy resin and NC was analyzed after longterm moisture influence by means of linear integral equation of BoltzmannVolterra considering a principle of moisturetime analogy. Application of thermomechanical analysis allowed establishing basic regularities for glass transition temperature for NC.

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