Residual life of the folded bimetal plate taking into account degradation of materials at high temperature and long-term loading

Keywords

mathematical model, crack growth, material degradation, composite plate, residual life.

Cite as

Andreykiv O. Ye., Dolinska I. Ya., Babii A. V., and Liubchak M. O. Residual life of the folded bimetal plate taking into account degradation of materials at high temperature and long-term loading. Physicochemical Mechanics of Materials. 2024. 60(5), 108-113.

https://doi.org/10.15407/pcmm2024.05.108

Abstract

A computational model is developed to study the effect of operational material degrada-tion on the residual life of a composite bimetallic plate under high temperature and long-term static loading. The model is based on a differential equation which describes the growth of a high-temperature creep crack and contains the parameters of material degradation. The residual life of the composite plate is estimated in the case when it consists of 12Kh1MF steel and IN-100 alloy.

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