Selective laser sintering (SLS) additive manufacturing possesses the characteristics of
extremely non-uniform temperature distribution and high temperature gradient, which are …

In this study, an integrated crystal plasticity finite element–phase–field (CPFE–PF) model is
developed to examine dynamic recrystallization (DRX) in a dual phase Ti alloy. The CP …

As part of rolled steel's design and optimization, computational modeling and simulation are
increasingly applied for predicting the properties and microstructure of final steel products …

During selective laser sintering (SLS), the microstructure evolution and local temperature
variation interact mutually. Application of conventional isothermal sintering model is thereby …

This paper provides a critical overview of experimental and computational studies
conducted on additive manufacturing (AM) or 3D printing using bimetallic alloys. The review …

Gradient nanostructured (GNS) metals exhibit superior mechanical properties compared
with their counterparts containing a homogeneous microstructure. However, GNS materials …

Copper thin films are frequently utilized as microelectronic interconnects. Inducing abnormal
grain growth (AGG) may result in reduced electrical resistivity of copper thin films. However …

Phase-field simulations have achieved notable success in capturing characteristic details of
microstructure evolution in directional solidification of ternary eutectic alloys. In spite of the …

Efficient solution via Newton's method of nonlinear systems of equations requires an
accurate representation of the Jacobian, corresponding to the derivatives of the component …

Abstract Rapid solidification in Additively Manufactured (AM) metallic materials results in the
development of significant microscale internal stresses, which are attributed to the printing …