In many engineering structural applications, including car body structures, sheet metal
formed components are used. A systematic investigation of the impact of forming strain on …

The Chaboche isotropic-kinematic hardening (CIKH) model provides a versatile and realistic
description of the material stress–strain behavior under generic multiaxial cyclic loadings …

This paper focuses on reviewing publications related to wheel performance tests and
simulation of these tests using finite element analysis to evaluate the service life …

Wheels are important components for the general vehicle reliability. Their design validation
is usually based on fatigue tests conducted in laboratory under constant amplitude load …

The present paper proposes a new version of a model for high cycle fatigue of steels able to
take load history effects into account. This model is developed in a probabilistic two‐scale …

Wheels are structural components designed to sustain dynamic loads and avoid fatigue
failures in service. For their validation, when standard fatigue tests are not feasible due to …

This work is motivated by the fact that the reliability of electrical connectors influenced by
their mechanical behavior and fatigue life directly affects the working performance of the …

Steel wheels, consisting of rims and spokes, are important load-bearing parts of vehicles,
and the fatigue fractures' life estimation accuracy directly determines the stability and safety …

The fatigue behaviors of dual-phase steels (DP600) under cyclic shear path are studied and
the effects of strain ratio are analyzed. Based on twin bridge shear specimens, complete …

The influence of pre‐strain on the tensile and fatigue properties of a dual phase DP600 steel
was studied. The material was pre‐strained by uni‐axial tension in rolling and transverse …