In modern engineering application, enough high cycle bending fatigue strength is the
necessary factor to provide the basic safety security for the application of the crankshaft in …

The high-cycle bending fatigue experiment is one of the most important necessary steps in
guiding the crankshaft manufacturing process, especially for high-power engines. In this …

Crankshaft, the core element of the engine of a vehicle, transforms the translational motion
generated by combustion to rotational motion. Its failure will cause serious damage to the …

The significant dispersion in fatigue properties is a prevalent attribute observed in metals
manufactured by the Additive Manufacturing (AM). To ascertain the safety of components …

For critical steel engine parts, such as crankshafts, the fatigue strength under the critical
working condition is usually improved by the electromagnetic induction quenching …

The combined high and low cycle fatigue (CCF) test on full scale turbine blade in the
laboratory is an important method to evaluate the life. In fact, the low cycle fatigue which is …

In this article, high-cycle bending fatigue limit load prediction of several sets of high-strength
steel crankshafts are conducted based on the critical distance (TCD) approach. Firstly, the …

The blades of axial turbomachines (steam and gas turbines, axial compressors) are highly
stressed by centrifugal force, temperature, and alternating fluid forces, which leads to …

Crankshaft is one of the most important parts in modern diesel engine. Usually, the strength
of this part is improved by the electromagnetic induction quenching approach. In this paper …

In this paper, combining the previous crankshaft fatigue test data with Crack-Modeling
Technique, the threshold stress intensity range, ΔKth of crankshaft can be derived. The …