Abstract The Meshless Lattice Boltzmann Method (MLBM) is a numerical tool that relieves
the standard Lattice Boltzmann Method (LBM) from regular lattices and, at the same time …

A computationally efficient model to evaluate stable glow corona discharges and their
transition into streamers is proposed. The simplified physical model referred to as the SPM is …

Single streamers are currently well simulated using detailed computational models. Most of
these models are inhibitively complex to use for modelling many-streamer interactions in a …

The Meshless Lattice Boltzmann Method (MLBM) is a numerical tool that relieves the
standard Lattice Boltzmann Method (LBM) from regular lattices and, at the same time …

In this paper, we extended the recent work of Liu and Becerra to employ the position-state
separation (POSS) method to simulate filamentary streamer discharges. POSS is a semi …

Positive corona burst pulses are an unstable pulse mode. They appear in a small range of
the onset stage, and their current pulses result from the collective movement of charged …

The audible noise generated by corona discharge has the N-type characteristic at the initial
generation stage, and it is a typical shock wave. This shock wave usually only exists around …

An efficient technique was used to model corona discharges without incorporating flux
corrections. A position-state separation (POSS) technique was employed to solve the …

Corona discharges on conductors are unavoidable in high-voltage direct current (HVDC)
transmission lines. The cross-section geometry of the conductor is an important factor which …

Electric discharges in gases occur at various scales, and are of both academic and practical
interest for several reasons including understanding natural phenomena such as lightning …