常士楠
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详细介绍:\r\r常士楠:教授,博士生导师\r\r教育背景:\r200209-200803 北京航空航天大学飞行器设计与应用力学系人机与环境工程专业博士\r199009-199403 北京航空航天大学飞行器设计与应用力学系人机与环境工程专业硕士\r198609-199007 浙江大学能源系低温技术与制冷工程专业本科\r\r工作经历:\r199408-至今北京航空航天大学人机环专业助教、讲师、副教授、教授/博士生导师\r201107-201110 西班牙马德里理工大学微流体与传热专业欧盟资助高级访问学者\r200107-200207 美国约翰霍普金斯大学流动与传热专业国家留学基金委资助访问学者研究领域
飞机防冰技术\r航空、航天领域的热设计与热控制\r人机与环境工程\r数值计算和仿真在热科学中的应用\r微重力下的传热问题\r高效传热技术及多相流\r低温制冷技术\r其它热物理问题""近期论文
LengM; Chang S*; Wu H. Experimental Investigation of Shear-driven Waterfilm Flowson Horizontal Metal Plate. Experimental Thermal & Fluid Science,2018. 3, 94: 134~147\r\rSuQ ;Chang S*;Zhao Y; Zheng H; Dang C. A Review of Loop Heat Pipes for Aircraft Anti-IcingApplications. Applied Thermal Engineering 2018.1, 130: 528~541\r\rDingL ;Chang S*;Yang S; Leng M. Study on Heating Strategies of Nose Cone Electro-thermalAnti-Icing. Journal of Aircraft 2017.11, 8: 1~5\r\rYang B;Chang S*;WuH; Zhao Y; Leng M.Experimental and Numerical Investigationof Heat Transfer in an Array of Impingement Jets on a Concave Surface.Applied Thermal Engineering,2017.07, 127:473-483\r\rZhao Y;Chang S*; Yang B; Zhang W; Leng M. Experimental Study on the ThermalPerformance of Loop Heat Pipe for the Aircraft Anti-icing System. InternationalJournal of Heat and Mass Transfer, 2017.4,111:795-803\r\rChang S*; Zhao Y; Yang B; Leng M.Study on theMinimum Anti-Icing Energy Based on the Icing Limit State.Journal of Aircraft,2016.11,53(6):1690-1696\r\rWangC;Chang S*; Leng M;Wu H; Yang B.ATwo-dimensional Splashing Model for Investigating Impingement Characteristicsof Supercooled Large Droplets.International Journal ofMulti-phase Flow,2016.4, 80:131-149\r\rZhao Y;Chang S*; Zhang W; Yang B.ExperimentalResearch on Thermal Characteristics of Loop Heat Pipe with Liquid Guiding Holes.Applied Thermal Engineering,2016.2, 101:231-238\r\rWangC ;Chang S*;Wu H.Lagrangian Approach for SimulatingSupercooled Large Droplets’ Impingement Effect. Journal of Aircraft 2015.3, 52(2):524~537\r\rWangC;Chang S*; Wu H; Xu J.Modelingof Drop Breakup in the Bag Breakup Regime.AppliedPhysics Letter,2014.4, 104:154107-1~154107-4 相关热点