Sentence examples for mechanical fatigue damage from inspiring English sources

In the present work, important joint characteristics including strength, mechanical fatigue, damage tolerance and durability have been studied and discussed.

This approach was based on the assumption that total fatigue damage is defined as the summation of mechanical fatigue damage and oxidation damage.

The mechanical fatigue damage was calculated based on the Smith Watson Topper (SWT) model at room temperature, while the oxidation damage was calculated based on the Sehitoglu model determined from the stress/strain data at the equivalent temperature.

The present study uses the dynamic modulus of elasticity as the damage variable and derives an equation that can be used to determine the freeze-thaw fatigue damage in concrete under water and deicing salt freeze-thaw conditions based on the mechanical fatigue damage theory.

The employed micro-mechanical fatigue damage model has been developed previously by the authors.

A fatigue life prediction method for thermo-mechanical fatigue damage under variable temperature and loading amplitudes was proposed.

Service temperature of airplane gas turbine engine combustors fluctuates between ambient to as high as 982 °C, during which structural constraints induce cyclic stresses and strains resulting in thermo-mechanical fatigue damage accumulation in the combustor liner.

On the other hand, the mechanical fatigue or damage can be avoided by the special structure design.

In this study the deformation microstructures formed in near-surface regions of fatigued specimens were also examined using OM and TEM techniques to provide the micro-mechanisms for the surface mechanical behavior and fatigue damage evolution.

In other words, the problem is designing an optimal maintenance schedule for a generic mechanical component subject to fatigue damage.

The fatigue damage of mechanical components inside the gearbox and main bearings is compared for different environmental conditions, ranging from cut-in to cut-out wind speeds.