Mathematical and physical simulation of the interaction between a gas jet and a liquid free surface

This publication has 12 references indexed in Scilit:

• Modelado físico de la incidencia de un chorro de aire sobre una superficie de agua
  Revista de Metalurgia, 2010
• A Mathematical Model of an Impinging Air Jet on a Water Surface
  ISIJ International, 2008
• Computational fluid dynamics modelling of gas jets impinging onto liquid pools
  Applied Mathematical Modelling, 2006
• The Effect of Nozzle Diameter, Lance Height and Flow Rate on Penetration Depth in a Top-blown Water Model
  Steel Research International, 2006
• Supersonic O2-jet Impingement on Liquid Iron with Surface Chemistry
  ISIJ International, 2004
• Modelling Shrouded Supersonic Jets in Metallurgical Reactor Vessels
  ISIJ International, 2004
• Simulation of Oxygen Penetration and Decarburisation in EAF Using Supersonic Injection System
  ISIJ International, 2004
• Generation of Droplets in Slag-Metal Emulsions through Top Gas Blowing
  ISIJ International, 2003
• Jet‐liquid interaction in a steelmaking electric arc furnace
  Scandinavian Journal of Metallurgy, 2001
• Studies of interface deformations in single- and multi-layered liquid baths due to an impinging gas jet
  Metallurgical and Materials Transactions B, 1996