Based on a kind of equivalence between heat energy and distortional strain energy, it is
assumed that there is a constant maximum which includes both the distortional strain energy …

In this study, a temperature-dependent fatigue failure criterion was proposed. A maximum
energy density related to the fatigue failure of the material which is comprised of the strain …

In this work, we proposed a novel temperature dependent yield strength model for metallic
materials which has no fitting parameters. The temperature dependent yield strength at …

The fatigue crack propagation threshold is an essential predictor for the safety of crack-
containing components during their expected life. In this work, the fatigue crack propagation …

In this paper, a physics-based temperature dependent yield strength model for stainless
steel is developed based on a kind of equivalence between the deformation energy and the …

The development of theoretical models to facilitate access to the mechanical properties of
materials has been a long-standing pursuit of scholars. In this study, temperature-dependent …

Ceramic matrix composites have shown excellent performance in fields such as hypersonic
vehicles, and their matrix cracking stress is an important criterion for determining whether …

In this study, firstly, starting from the effect on material yield, an equivalent relationship
between dislocation climbing activation energy, thermal energy, and elastic deformation …