Residual stress after welding has negative effects on the service life of welded steel
components or structures. This work reviews three most commonly used methods for …

A multi-scale approach integrating a polycrystal plasticity finite element (CPFEM) and a multi-
phase field model (PFM) is developed in this study and employed to the prediction of …

It has been found that the use of low grade fuels in land-based turbines in Saudi Arabia
results in the hot corrosion (Type-I) degradation due to the diffusion of a molten salt, V 2 O 5 …

Reduction of iron ores with hydrogen is a solution to replace fossil fuels. For this reason, it is
important to discuss previous discrepancies. Some previous studies suggest a rate minimum …

Abstract The 17–4 precipitation-hardened (PH) alloy can be printed into diverse
microstructures. Existing reports on the alloy have focused on the effect of Cr eq/Ni eq ratios …

The applicability of laser ultrasonics for the determination of grain size and phase
composition in steels under different temperatures was investigated. This was done by …

A modified two-dimensional phase field microelasticity model coupling the Cahn–Hillard
equation is applied to investigate the microstructural evolution of interface migration and …

Microstructural features of austenite formation, including the growth morphologies and
partitioning of alloying elements, during reverse transformation in a Fe-9.6 Ni-7.1 Mn (at.%) …

A finite element model was established to predict phase transformation plasticity (TP). Based
on the simulated results, the factors that influence TP were revealed. A formula for predicting …

In this work, we develop a thermodynamically consistent multi-scale model for the material
behavior of a low alloy steel taking elasto-viscoplasticity, heat conduction and phase …