Titlebook: Computational Mechanics of Arbitrarily Shaped Granular Materials; Siqiang Wang,Shunying Ji Book 2024 The Editor(s) (if applicable) and The

Euthyroid

Michael F. Jischa,Edmund Brandt519, 2014), the message passing interface (MPI) (Kačianauskas et al. in Adv Eng Softw 41:52–63, 2010), and the MPI-OpenMP algorithm (Berger et al. in Powder Technol 278:234–247, 2015). The above three methods use the CPU as the computing core, and the cores cooperate with each other to improve the c

Concomitant

Michael F. Jischa,Edmund Brandtar materials to irregular granular materials. Zeng et al. (Powder Technol 313:112–121, 2017) used the combined sphere method to construct rice-shaped particles, and also analyzed the pulsation behavior of granular materials during the flow process through the total contact force and velocity fluctua

让空气进入

Computational Mechanics of Arbitrarily Shaped Granular Materials

Fester

光亮

Michael F. Jischa,Edmund Brandt GPU have more powerful parallel computing capabilities (Xu et al. in Particuology 9:446–450, 2011). The GPU parallel computing method for spheres was applied to simulate large-scale granular systems with a wide range of sizes (He et al. in Powder Technol 333:219–228, 2018). Another GPU parallel alg

Blanch

天然热喷泉

Arbitrarily Shaped DEM Model Based on Level Set Method,mput Methods Appl Mech Eng 197:414–424, 2008; Legrain et al. in Int J Numer Methods Eng 86:915–934, 2011). For the complex morphology of non-spherical granular materials, XRCT is used to obtain the image data of arbitrarily shaped particles, and the geometrical morphology of particles is mathematica

chronicle

High Performance Computation and DEM Software Development, GPU have more powerful parallel computing capabilities (Xu et al. in Particuology 9:446–450, 2011). The GPU parallel computing method for spheres was applied to simulate large-scale granular systems with a wide range of sizes (He et al. in Powder Technol 333:219–228, 2018). Another GPU parallel alg

congenial

DEM Analysis of Flow Characteristics of Non-spherical Particles,ved by applying external stresses and then transforming the granular materials from blockage to flow. Meanwhile, the external driving force changes the structural form of the granular material, leading to more strain intensification and expansion effects. In localized regions, the granular materials

阻挡