Combined high and low cycle fatigue (CCF) is a common failure mode of turbine shaft. This
study presents a generic procedure for probabilistic CCF life prediction, and combined with …

To evaluate the dynamic reliability of the thrust chamber in the reusable rocket engine (RRE)
under multi-failure modes, a reliability analysis based on the coupled thermal-structural finite …

Emergent safety concerns often involve complex spatiotemporal phenomena. In addressing
these concerns, the classical Probabilistic Risk Assessment (PRA) of Nuclear Power Plants …

The multiaxial fatigue life of GH4169 alloy was predicted based on the critical plane method.
In this paper, a new critical plane-damage multiaxial fatigue parameter is proposed, in which …

As a critical component of reusable rocket engines (RRE), the cyclic life of the turbine rotor
blisk often varies due to uncertainties such as machining errors and other factors. However …

Turbines, crucial in reusable rocket engines, benefit significantly from precise fatigue life
forecasting in their force‐thermal cyclic loading conditions. Further, low‐cycle fatigue life …

Purpose Aero-engine components endure combined high and low cycle fatigue (CCF)
loading during service, which has attracted more research attention in recent years. This …

We predict the fatigue life of a planar tubular truss when geometrical parameters, material
properties, and live loads are non-deterministic. A multi-level calculation uncertainty …

A fast-expanding number of oil & gas companies are planning to shift investment to
renewable energy projects, with offshore wind expected to spearhead this campaign. Now …

Purpose: The error distribution of product quality is different, not all follow the normal
distribution, and sometimes there is a non-normal distribution of the product. Therefore, the …