The complex interplay between chemistry, microstructure, and behavior of many
engineering materials has been investigated predominantly by experimental methods …

Modeling and simulation is transforming modern materials science, becoming an important
tool for the discovery of new materials and material phenomena, for gaining insight into the …

Ferritic-martensitic dual-phase steels (DP) offer beneficial material properties for industrial
applications. Understanding the microstructural evolution within the production chain and its …

We present three-dimensional phase-field simulations of martensite microstructure formation
in low-carbon steel. In this study, a full set of 24 Kurdjumov-Sachs symmetry variants of …

Residual stresses in components are a central issue in almost every manufacturing process,
as they influence the performance of the final part. Regarding hot forming processes, there is …

It is of great academic and engineering application to study the evolution of microstructure
and properties of age-strengthened aluminum alloys during heat treatment and to establish …

Martensite decomposition during heat treatment of maraging steels is a complex process, in
which different precipitates as well as austenite phase can grow concurrently. Here, we …

This study delves into the evolution of a large number of L12 coherent precipitates within a
supersaturated Al-X (X= Sc, Zr, Er) alloy through extensive phase-field simulations. The …

In the present work, isothermal lower bainitic transformation with nano‐sized cementite (θ)
precipitation is simulated by means of multiphase‐field approach. In order to simulate the …

In the paper, the issue of the material quality of the large-size crankshaft is discussed. In
order to ensure the reliability and wear resistance of the crankshaft, its chemical composition …