Art

J-GLOBAL ID：201902275277601477   Reference number：19A0542507

Inherent characteristics of interface temperature behavior after sudden contact of liquid and oxidized hot metal surface

液体と酸化溶銑表面との瞬間接触後の界面温度挙動の固有特性

Author (5)： LIU Yang (Department of Mechanical Engineering, Saga University) ,  Abdelgawad Mohamed Shoieb (Department of Mechanical Engineering, Saga University) ,  MITSUTAKE Yuichi (Institute Ocean Energy, Saga University) ,  TSUBAKI Koutaro (Department of Mechanical Engineering, Saga University) ,  MONDE Masanori (Institute Ocean Energy, Saga University)
Material： Thermal Science and Engineering  (日本伝熱学会論文集)
Volume： 27  Issue： 1  Page： 17-23(J-STAGE)  Publication year： 2019 
JST Material Number： L1615A  ISSN： 0918-9963  Document type： Article
Article type： 原著論文  Country of issue： Japan (JPN)  Language： ENGLISH (EN)

Thesaurus term： *unsteady heat conduction ,  *oxidized layer ,  *quenching (cooling) ,  *thermal resistance ,  wetting (liquid) ,  steelmaking ,  hot strip mill ,  *hardening (heat treatment) ,  transition boiling ,  *hot working ,  solid-liquid interface ,  water sprinkling ,  *energy loss ,  nuclear reactor ,  thermal conductivity ,  layer ,  heat characteristic ,  *exact solution ,  base material ,  thickness of strata ,  oxide ,  hot rolling ,  heat flux ,  water quenching ,  *jet quenching ,  oxide layer ,  *interface thermal resistance
Semi thesaurus term： *transient heat conduction

Author keywords (6)： Transient heat conduction ,  Sudden contact of liquid and hot solid ,  Oxide layer ,  Quenching ,  Thermal resistance ,  Wetting

JST classification (2)： Thermal conduction  (PA02020Z) ,  Heat treatment technology  (WC03020T)

Reference (10)：

• Ishigai, S., Nakanishi, S., Ochi, T., “Boiling Heat Transfer for a Plane Water Jet Impinging on a Hot Surface”, Heat Transfer, (1978), 445-450.
• Islam, M. A. et al., “Jet Impingement Quenching Phenomena for Hot Surfaces Well above the Limiting Temperature for Solid-Liquid Contact”, Int. J. Heat and Mass Transfer, 51 (2008), 1226-1237.
• Yeom, H. et al., “Transient Pool Boiling Heat Transfer of Oxidized and Roughened Zircaloy-4 Surfaces during Water Quenching”, Int. J. Heat and Mass Transfer, 120 (2018), 435-446.
• Nishio, S. and Nagai, N., “A Model Predicting Transition-Boiling Heat Transfer” in Pool and External Flow Boiling, Dhir V.K. and Bergles, A. E. Eds., (1992), 271-276, ASME.
• Illias, S. et al., “Generation Time of Stable Vapor Film during Impact of a Droplet on Hot Surface”,Thermal Sci. Eng., 22-2(2014), 21-31.

Terms in the title (6)： 酸化 ,  溶銑 ,  瞬間 ,  界面 ,  挙動 ,  固有