This paper presents a fully coupled thermo-mechanical peridynamic model for simulating
interactive thermo-mechanical material responses and thermally induced fracturing of solids …

Nickel-based superalloys are extensively used in the crucial hot-section components of
industrial gas turbines, aeronautics, and astronautics because of their excellent mechanical …

Physics‐informed neural networks (PINNs) are a new tool for solving boundary value
problems by defining loss functions of neural networks based on governing equations …

The build-up of residual stress plays a crucial role in the formation quality of as-built parts
fabricated by powder bed fusion (PBF). However, the comprehensive understanding of …

The modeling and simulation of microstructure evolution is usually subject to the multiphase-
field method. In this context, thermomechanical coupling is often neglected, even when non …

In this work, a phase-field formulation is proposed to describe ductile fracture in fiber-
reinforced concrete materials. By incorporating an elastoplastic bulk material formulation …

In the context of computational modeling of fracture in chemo-mechanical environments,
physically-sound and strong coupling between different fields is essential. Furthermore, our …

In this work, a multiphysics coupling numerical framework is developed to quantitatively
investigate the initial performances of solid oxide cells (SOCs) based on the …

The manuscript is concerned with the phase-field modeling of thermal cracking in massive
hardening concrete structures. Owing to the exothermic reactions, known as hydration, a …

Phase field models have been extensively studied in the analysis of ductile fracture.
However, few have been explored to simulate additively manufactured materials and …