To ensure a more representative simulation of meso‑scale and macro-scale deformation, it
is important the underlying constitutive relations are advanced to more effectively …

The effects of defects and building directions in additive manufactured AlSi10Mg on its high-
cycle fatigue and very-high-cycle fatigue performance are studied based on crystal plasticity …

On account of stress relaxation, the conventional strain-controlled creep-fatigue interaction
(CCFI) tests make it difficult to obtain the creep-dominated data. To make up for this …

Abstract Various Al-Mg-Si components produced via additive manufacturing (AM) have
many potential applications. Especially for those applications requiring high quality and …

Electron beam welding is an advanced joining technique which induces narrow weld region
with minimal heat affected zone and weld-induced distortion. This reduces residual stresses …

The crystal plasticity-based finite element method is widely used, as it allows complex
microstructures to be simulated and allows direct comparison with experiments. This paper …

Electron beam welding is an autogenous welding process that leads to microstructural
heterogeneities; crystallographic texture, elongated and larger grain size relative to the …

Crystal plasticity models are powerful tools for predicting the deformation behaviour of
polycrystalline materials accounting for underlying grain morphology and texture. These …

Microstructure-informed crystal plasticity finite element models have shown great promise in
predicting plastic and creep deformation in polycrystalline materials. These models can …

In this study we investigated the evolution of meso-scale internal stresses and those effects
on local deformation behaviour during incremental plastic and creep deformation in type …