MODELLING OF SURFACE WATER BEHAVIOUR ON ICE PROTECTED AIRCRAFT COMPONENTS

Abstract

A numerical solution for ‘running wet’ aircraft anti‐icing systems is developed. The model includes breakup of the water film, which exists in regions of direct impingement, into individual rivulets. The wetness factor distribution resulting from the film breakup and rivulet configuration on the surface are predicted in the numerical solution procedure. The solid wall is modelled as a multi‐layer structure and the anti‐icing system used is of the thermal type utilizing hot air and/or electrical heating elements embedded within the layers. Details of the calculation procedure and the methods used are presented.

Citation

AL‐KHALIL, K.M., KEITH, T.G.J. and DE WITT, K.J. (1992), "MODELLING OF SURFACE WATER BEHAVIOUR ON ICE PROTECTED AIRCRAFT COMPONENTS", International Journal of Numerical Methods for Heat & Fluid Flow, Vol. 2 No. 6, pp. 555-571. https://doi.org/10.1108/eb017511