. . "Influence of the oxide scale on spray cooling intensity" . . . . . . . "2013-06-10+02:00"^^ . "80003" . "RIV/00216305:26210/13:PU104529" . "Raudensk\u00FD, Miroslav" . "Influence of the oxide scale on spray cooling intensity"@en . . "Venice" . "Venice" . . . . "Influence of the oxide scale on spray cooling intensity" . "spray cooling, oxide scales, heat transfer, cooling intensity, cooling in rolling"@en . "P(EE2.3.20.0027), P(EE2.3.20.0188)" . . "Hrabovsk\u00FD, Jozef" . . . . . "AIM Italy" . "9788885298958" . . . . "26210" . . "Rolling 2013" . "3"^^ . "Heat treatment of steel is attended by oxide scales growth with various physical properties. The most common and most dominant impact of the oxide scale layers is on the surface quality and mechanical properties of steel. This paper is focused on study of influence of the oxide scale on cooling intensity. Spray cooling is a typical technique used in heat treatment and other metallurgical processes where controlled temperature regimes are required. Cooling intensity is primarily affected by spray parameters as pressure and coolant impingement density. It is not frequently reported but even thin layers of oxides can significantly modify the cooling intensity. This effect is dominant in the cooling of steel surfaces at high surface temperatures. Study of the influence of the oxide scale layers on cooling intensity was carried out by experimental measurements and numerical analysis. Experimental measurements compare the cooling of scale-free surfaces and oxidized surfaces. Experimental investigations show"@en . "RIV/00216305:26210/13:PU104529!RIV14-MSM-26210___" . "7"^^ . "Hrabovsk\u00FD, Jozef" . "Influence of the oxide scale on spray cooling intensity"@en . "Horsk\u00FD, Jaroslav" . "Heat treatment of steel is attended by oxide scales growth with various physical properties. The most common and most dominant impact of the oxide scale layers is on the surface quality and mechanical properties of steel. This paper is focused on study of influence of the oxide scale on cooling intensity. Spray cooling is a typical technique used in heat treatment and other metallurgical processes where controlled temperature regimes are required. Cooling intensity is primarily affected by spray parameters as pressure and coolant impingement density. It is not frequently reported but even thin layers of oxides can significantly modify the cooling intensity. This effect is dominant in the cooling of steel surfaces at high surface temperatures. Study of the influence of the oxide scale layers on cooling intensity was carried out by experimental measurements and numerical analysis. Experimental measurements compare the cooling of scale-free surfaces and oxidized surfaces. Experimental investigations show" . "[F9ED6E8DE207]" . "3"^^ .