This paper presents a dislocation-mechanics cyclic viscoplasticity model which incorporates
the key physical micro-mechanisms of strengthening and softening for high temperature …

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

An improved unified cyclic viscoplastic material model for high temperature fatigue of P91
steel is presented. The primary enhancement over existing models is in relation to strain-rate …

This paper deals with the determination of material constitutive model for P91 and P92
steels at high temperatures. An isothermal, strain-controlled test programme was conducted …

Inserts supporting run-flat tire is a key technology in the field of vehicle active safety. When
the vehicle is under zero driving condition, the deformation of the inserts supporting run-flat …

In this paper, the cyclic plasticity and fatigue crack initiation behaviour of a tempered
martensite ferritic steel under thermo-mechanical fatigue conditions is examined by means …

The modified incremental multiaxial Neuber rule by considering the temperature change
was firstly proposed, which combined with the Chaboche viscoplastic constitutive model to …

This paper focuses on with the cyclic plasticity modelling of welded, ex-service P91 material.
A multi-material model is developed for high temperature cyclic plasticity, including the …

A methodology is presented for physically-based prediction of high temperature fatigue
crack initiation in 9Cr steels, with a focus on material inhomogeneity due to welding-induced …

This paper describes a model used to represent the cyclic mechanical behaviour of P91
martensitic steel. Low cycle fatigue tests were conducted at 600° C using a thermo …