Maximum heat flux in relation to quenching of a high temperature surface with liquid jet impingement

Experimental Investigation of High-temperature Steel Plate Cooled by Multiple Nozzle Arrays

“…The relationship between t*, t Max , and Re can be seen in Fig. 13, in which the patterns of t* and t Max as a function of measurement points 21) were similar. This similarity can be attributed to that the maximum heat flux lay in the wetting front region.…”

Heat Transfer Characteristics during Quench of High Temperature Solid

“…(7) as follows: (8) where the distance x e (x e = 2 r e ) is assumed to be equal to twice of the cluster diameter, r e . The diameter of vapor cluster is, for example, given in Ref.…”

“…In this review paper, author focuses on the quench cooling with an impinging water jet and summarizes results, which have been published by Monde and his coworkers [4][5][6][7][8][9][10] until now and finally discusses relationship between beginning of wetting and homogenous nucleation and a repeated cycle of wetting, film boiling and rewetting which has been speculated to occur during this time. very calm and quiet and no boiling sound was heard by an unaided ear.…”

Boiling Heat Transfer Characteristics of Vertical Water Jet Impinging on Horizontally Moving Hot Plate

“…3) Many past studies have addressed the boiling heat transfer characteristics of impinging water jets on static hot solids, [6][7][8][9][10][11][12][13][14][15] whereas experiments involving moving hot solids have not been conducted…”