A coupling approach of the isogeometric–meshfree method and the peridynamic method is
developed for static and dynamic crack propagation. The coupling approach exhibits …

This paper presents a novel computational approach for modelling fluid-driven fracturing in
quasi-brittle solids using peridynamics. The approach leverages a rigorous coupling of the …

A stabilized Isogeometric formulation of compressible flows is coupled to a large-
deformation inelastic solid with an M7 Microplane constitutive model of concrete failure …

We present a comprehensive rotation-free Kirchhoff–Love (KL) shell formulation for
peridynamics (PD) that is capable of modeling large elasto-plastic deformations and fracture …

This paper presents for the first time an approach to the problem of electromechanical
fracture and crack propagation in piezoelectric solids with peridynamics. Fracture in …

This paper aims at presenting a hybrid computational strategy and its detailed
implementation for simulation of crack propagation problems in three-dimensional (3D) …

Meshfree methods such as reproducing kernel (RK) approximation are suitable for modeling
fluid flow problems because of their flexibility in controlling local smoothness and order of …

In this lead article of the special issue, we provide a brief summary of the research
developments in Isogeometric Analysis (IGA) for Computational Fluid Dynamics (CFD). We …

As it is well known, non-ordinary state-based peridynamic (NOSB PD) models suffer from
inherent instability issues, which can severely affect deformation and fracture predictions …

This work proposes an improved peridynamics density-based topology optimization
framework for compliance minimization. One of the main advantages of using a …