When subjected to mechanical, thermal, or other loads, film–substrate systems may undergo
complex cracking behaviors, which encompass film and substrate cracking, interfacial …

The interface oxidation-induced cracking process in thermal barrier coatings (TBCs) is rather
complex. It involves the material changes of chemical reactions, dynamic migration and …

Concrete cracking and failure under external loads are common in infrastructure, particularly
under impact conditions where the variability of loads and the complexity of the cracking …

Experimental observations indicate that fast crack growth often exhibits a rate dependency,
which is caused by the viscosity of the material and the dissipation of energy resulting from …

A peridynamic creep–fatigue model is proposed to study creep–fatigue mechanical
responses and damage behaviors. A non-unified constitutive model is reformulated in a …

In this study, within the framework of Cosserat peridynamics, the viscoplastic Perzyna's
model and the modified Drucker-Prager criterion are introduced to investigate the creep …

This paper introduces a mesoscopic peridynamic model aimed at predicting and analyzing
the failure of steel fiber-reinforced concrete within the framework of ordinary state-based …

This paper introduces an adaptive partitioned reduced-order model (ROM) of peridynamics
for the efficient simulation of fracture in a gas turbine blade root. The computational domain …

The production of paper–polymer composite materials based on polystyrene and plant
extracts of coniferous trees is described. The resulting bioplastics have increased resistance …

The paper establishes a nonlocal model for piezoelectric solids using the Peridynamic
differential operator. The method transforms the displacement-electric potential equation …