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[HTML][HTML] An overview on material parameter inverse and its application to miniaturized testing at elevated temperature
This paper aims to provide a comprehensive guide to the application of the inverse
technique to the miniaturized tests, on material parameter identification, without investigating …
technique to the miniaturized tests, on material parameter identification, without investigating …
Microstructural effects and constitutive modelling of cyclic softening behaviour in Ti–6Al–4V titanium alloys
Abstract Cyclic softening in Ti–6Al–4V titanium alloy significantly influences the reliability
and performance of critical engineering components. This study addresses the lack of a …
and performance of critical engineering components. This study addresses the lack of a …
Fatigue life prediction at mesoscopic scale of samples containing casting defects: A novel energy based non-local model
Fatigue failure driven by stress gradients associated to casting defects was studied in two
cast nickel-based superalloys. The experimental campaign revealed complex damage …
cast nickel-based superalloys. The experimental campaign revealed complex damage …
An improved unified viscoplastic constitutive model for strain-rate sensitivity in high temperature fatigue
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 …
steel is presented. The primary enhancement over existing models is in relation to strain-rate …
Characterization of viscoplasticity behaviour of P91 and P92 power plant steels
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 …
steels at high temperatures. An isothermal, strain-controlled test programme was conducted …
[HTML][HTML] Comparison of self-consistent and crystal plasticity FE approaches for modelling the high-temperature deformation of 316H austenitic stainless steel
The present article examines the predictive capabilities of a crystal plasticity model for
inelastic deformation which captures the evolution of dislocation structure, precipitates and …
inelastic deformation which captures the evolution of dislocation structure, precipitates and …
Determination of material parameters for a unified viscoplasticity-damage model for a P91 power plant steel
Societal pressures are mounting on electricity operators to operate traditional fossil-fuel
power plants in an efficient and flexible manner in conjunction with renewable power plants …
power plants in an efficient and flexible manner in conjunction with renewable power plants …
Creep crack growth data and prediction for a P91 weld at 650 C
Creep crack growth tests have been carried out on compact tension (CT) specimens
machined from a P91 weldment. Four of these specimens were cut from the parent material …
machined from a P91 weldment. Four of these specimens were cut from the parent material …
Data-Driven Accelerated Parameter Identification for Chaboche-Type Visco-Plastic Material Models to Describe the Relaxation Behavior of Copper Alloys
Background Calibrating material models to experimental measurements is crucial for
realistic computational analysis of components. For complex material models, however …
realistic computational analysis of components. For complex material models, however …
Cyclic softening behaviour of a P91 steel under low cycle fatigue at high temperature
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 …
martensitic steel. Low cycle fatigue tests were conducted at 600° C using a thermo …