The paper presents a review of multiaxial fatigue failure criteria based on the critical plane
concept. The criteria have been divided into three groups, according to the fatigue damage …

An experimental and analytical study of the effect of varying contact stress fields on the
initiation life of fretted specimens is conducted for two high strength alloys commonly used in …

This paper studies the effect of fretting on fatigue life reduction of thin steel wires, using the
frictionally-induced multiaxial contact stresses obtained from a finite element wear model …

A finite element based critical plane approach is developed incorporating the Smith–Watson–
Topper (SWT) multiaxial fatigue criterion. The approach is applied to a cylinder-on-flat …

Life prediction for GH4169 superalloy thin tubular and notched specimens were investigated
under proportional and nonproportional loading with elastic–plastic finite element analysis …

The objective of this study is to evaluate the very high cycle fretting fatigue (VHCFF)
behavior of laser cladding (LC) Inconel 718 (IN718) metal matrix composites reinforced with …

Proportional and nonproportional tension–torsion fatigue tests were conducted on LY12CZ
aluminum alloy. Two types of tubular specimens were used, one is smooth and the other is …

A finite element methodology for thermo-mechanical fatigue analysis of a subcritical power
plant outlet header under realistic loading conditions is presented. The methodology …

This work describes the application of multiaxial fatigue criteria based on critical plane and
mesoscopic (Dang Van, 1973, Sciences et Techniques de lÁrmement, 47, 647—722) …

This chapter presents a general background and the state of the art of numerical simulation
and modeling of fretting phenomenon in terms of wear, fatigue and fracture. First, an …