Computational Particle Mechanics

Papers
(The TQCC of Computational Particle Mechanics is 1. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2022-05-01 to 2026-05-01.)
ArticleCitations
The influence of gravel-scale heterogeneity and scale effect on the mechanical properties of conglomerate9
Research on the effect law and microscopic mechanism of particle breakage on rockfill materials6
Multi-objective optimization for erosive wear in a deep-sea mining slurry pump5
A methodology for evaluating fluid-dynamic forces on immersed bodies in 3D fluid flows with nonmatching fluid–body meshes3
A novel local grid refinement scheme for material point method3
Extending TOUGH + HYDRATE with a parallel particle transport simulator: numerical investigation of sand production during gas production from hydrate deposits3
Coupling the lattice Boltzmann method and the distinct lattice spring model for rock blasting3
A deformation-dependent visualization scheme in the framework of the Material Point Method3
Prediction of critical sand production concentration in reservoirs based on stationary bed theory in wellbore2
Application of the PFEM to the study of blood flows and their interactions with highly deformable artery walls, including rupture2
Numerical study on the effect of nozzle-plate distance on the aerosols collection efficiency and deposition on the impaction plate of a multi-nozzle inertial impactor2
Modelling melt pool dynamics in aluminium-to-steel welds performed by friction melt bonding: a challenge addressed with the particle finite element method2
Numerical simulation study on the motion and distribution of inclusions in continuous casting process2
A lattice bonded discrete element method (LB-DEM) for elastic continuum including crack propagation2
Mechanical properties and numerical simulation of wetting deformation of rockfill materials2
Modelling the breakage of coated particles using discrete element and bonded particle method2
An anisotropic weighted Voronoi method for mesostructure reconstruction in rock materials and its application to Brazilian test simulations2
Numerical simulation analysis of the dynamic compaction reinforcement of a collapsible loess canal based on FDM‒DEM coupling1
Advances in discrete element modeling of rock fracture for next-generation comminution models1
Numerical modeling of crack propagation patterns and the influence of joint configuration on tunnel and dam stability1
A mixture model for simulating particle-laden flows with the Particle Finite Element Method1
Research on the effect mechanism of mesoscopic damage behavior of microencapsulated resin mineral composites based on cohesive elements1
Scaling laws for the size-dependent breakage force of brittle near-spherical particles under quasi-static loading1
A novel update criterion of Verlet list for accelerating DEM computation when modeling geotechnical dense granular materials under periodic loading1
Estimation of the effect of rotational speed on flow and mixing quality of particles with different shapes in a rotary drum1
Cuda-based parallel dual-grid material point method for simulating bimetallic coining process1
Portable, massively parallel implementation of a material point method for compressible flows1
Influence of wrap angle on solid phase motion characteristics in a solid–liquid two-phase flow centrifugal pump1
Interaction mechanism of stress field and failure analysis on overlying strata under LTCC layered mining1
Numerical analysis of liquid ring vacuum pump by the MPS method considering gas chamber effects and inflow/outflow of liquid and gas1
Numerical analyses of dynamic crack propagation and damage evolution in concrete-sandstone composite under confining pressure1
A soft EHL model using a particle method1
The pinball contact algorithm for the material point method1
Molecular dynamics study on the strengthening mechanism of nanoscale Cu–Ni precipitates in BCC-Fe matrix1
Study on the impact of ice–water mixture on entropy generation and cavitation characteristics inside a centrifugal pump based on entropy generation theory1
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