个人简介
姓名：文东升教授
所在单位：人机与环境工程系
研究方向：人机环境工程，航空航天热物理，纳米技术，新能源技术
邮箱：d.wen@buaa.edu.cn

详细介绍文东升:教授，博导。
研究方向:人机环境工程，航空航天热物理，纳米技术，新能源技术
简介:男，1975年出生，欧洲基金（European Research Council Consolidate Grant）获得者。研究方向为航空航天热物理，包括高超声速力热耦合、超临界碳氢燃料的流动传热、新型防除冰表面及技术、多尺度模拟与耦合、高效流动传热等，已发表SCI文章240多篇, 被引用1万多次。现任国务院学位委员会学科评议组航空宇航科学与技术组成员，科技部空天多尺度力学与热力学111创新引智基地主任，先进长航时无人机系统技术教育部工程研究中心主任，及哈尔滨工业大学，中国科学院等8所国内外研究机构兼职/客座教授等。为英国皇家化学会会士（FRSC），能源协会会士（FEI），纳米技术协会会士（FION），以及Advances in Aerodynamics主编，航空工程进展副主编，Powder Technology、Applied Thermal Engineering等期刊客座主编。曾任牛津大学华人学生联谊会主席，旅英华人化学科学技术协会主席，英国伦敦玛丽大学候任教授，利兹大学工学部首席教授等。


代表性期刊论文：
[1]H Jin, G Lin, L Bai, A Zeiny andDS Wen*(2016). Steam generation in a nanoparticle-based solar receiver.Nano Energy,28, 397-406
[2]Y Luo, X Du, AAwad andDS Wen*(2016). Thermal energy storage enhancement of a binary molten salt via in-situ produced nanoparticles.International Journal of Heat and Mass Transfer,104, 658-664
[3]G. Raza, M Amjad, I Kaur,DS Wen*(2016). Stability and Aggregation Kinetics of Titania Nanomaterials under Environmentally Realistic Conditions.Environmental Science and Technology. 50 (16), 8462-8472
[4]F Noor, A Vorozhtsov, M Lerner, EP BandarraFilho andDS Wen*(2015) Thermal-chemical characteristics of Al–Cu alloy nanoparticles.The Journal of Physical Chemistry C119(25), 14001-14009
[5]S Vafaei andDS Wen* (2015) Modification of the Young–Laplace equation and prediction of bubble interface in the presence of nanoparticles.Advances in Colloid and Interface Science225, 1-15
[6]E.Bandarra, G.Oliveira&DSWen*(2014)Experimental investigation of silvernanoparticles based direct absorption soar collector.Energy Conversion and Management84, 261-267
[7]X Liu, H Chen, Chen X, AlfadhlY andDS Wen*(2014) Electromagnetic heating effect of aggregated gold nanoparticle colloids.Journal of Applied Physics,115(9), 094903
[8]X Chen, A Munjiza, K Zhang K andDS Wen* (2014) Molecular dynamics simulation of heat transfer froma gold nanoparticle towater pool.Journal of Physical Chemistry C.118(2),1285–1293
[9]X Liu, H Chen, X Chen, C Parini andDS Wen*(2012).Low frequency heating of gold nanoparticle dispersions for non-invasive thermal therapies.Nanoscale.4, 3945-3953
[10]DS Wen*(2012) Influence of nanoparticles on boiling heat transfer.Applied Thermal Engineering.41, 2-9
[11]DSWen*(2010).Nanofuels as an alternative energy carrier.Energy and Environmental Science,3, 591-600.
[12]DS Wen^*(2009). Intracellular hyperthermia: nanobubbles and their biomedical applications.International Journal of Hyperthermia.25,533-541
[13]DS Wen^*(2008) Mechanisms of thermal nanofluids on enhanced critical heat flux (CHF).International Journal of Heat and Mass Transfer.51:4958-4965
[14]DS Wenand Y Ding(2004) Experimental investigation into convective heat transfer of nanofluids at entrance area under laminar flow region.International Journal of Heat and Mass Transfer,47, 5181-5188.
[15]DS Wenand BX Wang(2002) Effects of surface wettability on nucleate pool boiling heat transfer for surfactant solutions.International Journal of heat and mass transfer.45. 1739-1747