In past decades, the electrostatics of granules and granular flows has obtained more and
more attention due to many industrial problems and the associated development of new …

In this work, particle electrostatics was studied by experiment methods. A single particle was
tested for charge generation through moving along a metal inclined plate. It is found that …

The electrostatic effect on granular dispersion in circular pipe flows at Re b= 44,000 was
investigated using Large Eddy Simulation (LES) in one-way coupling Lagrangian granule …

Triboelectric charging is defined as the phenomenon of charge transfer between two
different material surfaces when they are brought into contact and separated. The focus of …

The particle-particle charging model currently used in computational studies of gas-solid
flows was evaluated on its ability to predict the electrostatic charge transfer in individual …

The manufacturing and handling of polyethylene (PE) powders is associated with undesired
charging, resulting in agglomeration of charged particles, wall sheeting and eventually …

Electrostatic charge generation is a multivariable and complex issue whose working
mechanism has never been fully understood. The objective of this paper is to investigate the …

Granule electrostatics is widely found in most granule engineering areas. However, the
working mechanism has never been fully understood due to its sensitivity to working …

Understanding the electric field distribution in the industrial silo of charged powder is
significant for anti-static technology. This paper investigated the electric field distribution in a …

The cylindrical metal silo plays an important role in the industry for storing the product, while
the undesired of electrostatic charge on the dielectric powder leads to dangerous …