The aim of this work is to investigate by means of a 3-D numerical model the behaviour of a transferred arc plasma torch operating at atmospheric pressure, for the cutting of a metallic substrate material, using a customized version of the CFD commercial code FLUENT©. The metallic substrate and the keyhole are included in the computational domain in order to take into account their effects on the flow field of the discharge at the nozzle exit. The detailed gas injection section and the cathode chamber are included in the computational domain as well.
V. Colombo, E. Ghedini, A. Mentrelli, S. Dallavalle, M. Vancini (2005). 3-D Fluidynamic and Plasma Characterization of DC Transferred Arc Plasma Torches for Metal Cutting. TORONTO : University of Toronto.
3-D Fluidynamic and Plasma Characterization of DC Transferred Arc Plasma Torches for Metal Cutting
COLOMBO, VITTORIO;GHEDINI, EMANUELE;MENTRELLI, ANDREA;
2005
Abstract
The aim of this work is to investigate by means of a 3-D numerical model the behaviour of a transferred arc plasma torch operating at atmospheric pressure, for the cutting of a metallic substrate material, using a customized version of the CFD commercial code FLUENT©. The metallic substrate and the keyhole are included in the computational domain in order to take into account their effects on the flow field of the discharge at the nozzle exit. The detailed gas injection section and the cathode chamber are included in the computational domain as well.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
