Methods are considered for resolving dynamic problems of thermoelasticity and thermoelastoplasticity. It is shown that as a result of incorrect physical hypotheses, lying at the basis of thermal conductivity and wave formation mechanisms in a solid with thermal shock in the region of acoustic waves of stresses, well known methods for resolving dynamic problems cannot lead to universal strength and heat resistance criteria. This complicates development of principles for designing high-temperature, and especially refractory and ceramic materials, resistant to thermal shock.
Refractories and Industrial Ceramics – Springer Journals
Published: Dec 4, 2008
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