Stress state of metal protective coatings under critical loading conditions

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The article presents a study of the mechanism of fatigue development in protective coatings which are applies to the bore of gas-dynamic pulse devices during their operation, in order to apply its results to the assessment of the resistance of coatings under conditions of high temperature and force loading by a flow of combustion products.

Combustion products, temperature, pressure, stress-strain state, heat-protective coating, destruction, coating fracture, segment

Короткий адрес: https://sciup.org/148329990

IDR: 148329990

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