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We present a new fast multipole method for particle simulations.
However, using classical method for particle deposition had no dramatic effect on corrosion resistance.
A method for particle hydrodynamics based on an hybrid Eulerian Lagrangian approach is presented.
In this paper we describe a force-coupling method for particle dynamics in fluid flows.
It is concluded that discrete particle simulation is an effective method for particle scale research of particulate matter.
The LBM is based on the Multiple Relaxation Time (MRT-LBM) formalism for the fluid phase and the Discrete Element Method for particle motions.
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Up to now, grate systems have mainly been addressed by the discrete element method for particles of spherical shape.
In this work, the combined approach of computational fluid dynamics for gas phase and discrete element method for particles is used to study flow and force structures of fine ellipsoids in gas fluidization.
The application of impact ionization for the measurement of micrometeoroids in space is a sensitive and established method for particles in the size range between a few nanometers and a few micrometers.
In this work, in order to improve those issues, we present a fast framework for 3D fluid fast constructing and visualization which parallelizes the fluid algorithm based on the GPU computing framework and designs a direct surface visualization method for particle-based fluid data such as WCSPH, IISPH, and PCISPH.
Pulsed corona discharge (PCD) is one of the most commonly used methods for particle charging.
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