Additive manufacturing of industrially-relevant high-performance parts and products is today
a reality, especially for metal additive manufacturing technologies. The design complexity …

In this paper, a comparative review between time-and frequency-domain methods for fatigue
damage assessment is performed. The principal steps of a fatigue study are described in …

Structural integrity assessments with discontinuities are critical for ensuring operational life
and reliability of engineering components. In this work, through combining with the …

As most of the failures in engineering components initiate from the surface layer, applying
surface treatments can play a crucial role in controlling material performance and lifetime. In …

In the present study, a computational-experimental framework is developed for fatigue
reliability assessment of turbine bladed disks. Within the framework, the overspeed testing is …

Hot section components of aircraft engines like high pressure turbine (HPT) discs usually
operate under complex loadings coupled with multi‐source uncertainties. The effect of these …

In the present work, a probabilistic framework for fatigue life prediction and reliability
assessment of an engine high pressure turbine disc is proposed to incorporate the effects of …

In power and energy systems, both the aerodynamic performance and the structure
reliability of turbine equipment are affected by utilized blades. In general, the design process …

This paper conducts a comparative evaluation on typical critical plane criteria, including
Fatemi-Socie, Wang-Brown, modified Smith-Watson-Topper (MSWT) and proposed modified …

The influence of material variability upon the multiaxial LCF assessment of engineering
components is missing for a comprehensive description. In this paper, a probabilistic …