Three dimensional SPH–FEM gluing for simulation of fast impacts on concrete slabs

A 3D combined particle-element method for intense impulsive loading computations involving severe distortions

“…This approach was devised as a multiscale method, but it also serves to distinguish regions of high and low deformations. Chuzel-Marmot et al [28] introduced a similar formulation and demonstrated it for deep penetration of concrete targets. In the aforementioned hybrid method of Fahrenthold and co-workers [11,12], the interface between the particle and element methods is essentially distributed throughout the domain, with shared dependence on the same displacement and velocity fields.…”

Numerical simulation of polycrystalline diamond compact bit rock-breaking process based on smooth partcle hydrodynamic-finite element coupling method

“…The coupling SPH-FE method was proposed by Attawayy and Johnson [11,12], and was widely used in the analysis of large deformation of fluid and ballistic impact, crack propagation problems [13,14]. The contact algorithm between the SPH particles and FE nodes is the key problem of coupling SPH-FE method, early scholars analyzed this contact algorithm mainly based on master-slave structure algorithm [15], this algorithm needs to build the contact surface and calculate the normal of the surface, which need too much computation.…”

Modeling of dynamic fracture based on the cracking particles method

“…Hence, fragmentation is a natural outcome of the simulation. The CPM was developed in three-dimensions and extended to fracture in shells [49,50] including FSI (fluid-structure-interaction) [51][52][53], ductile fracture [54][55][56] and other problems [57][58][59][60][61][62][63][64][65][66][67][68][69][70][71].…”