In this paper, we present a phase-field method combined with an explicit cycle jump scheme
for simulating low-cycle fatigue fracture in brittle materials in both two and three dimensions …

Fatigue fracture simulation based on phase field methods is a promising numerical
approach. As a typical continuum approach, phase field methods can naturally simulate …

Reinforced concrete is used in complex environment, and the damage of concrete protective
layer caused by steel corrosion will seriously reduce the durability of the structure. In order to …

In order to improve the calculation accuracy and efficiency of the phase field method (PFM),
an adaptive mesh refinement strategy suitable for 3D problems is proposed. The refined …

Polymer foam is a widely used material across various industries for its lightweight and
exceptional energy absorption capability. Nevertheless, its porous structure and compaction …

To solve the simulation problem of crack propagation in solid structures with initial stress,
this paper proposes a phase field approach that considers the initial state of the quasi-brittle …

Sheet metal spinning is an incremental forming process for producing axisymmetric thin-
walled parts through continuous local deformation under the action of rollers. While studying …

In this paper, we present a novel adaptive continuous–discontinuous approach for the
analysis of phase field fracture. An initial trimmed hexahedral (TH) mesh is created by …

We present an application of Physics-Informed Neural Networks to handle MultiPhase-Field
simulations of microstructure evolution. It has been showcased that a combination of …