学术预告

当前位置: 首页 -> 科学研究 -> 学术预告 -> 正文

能动学术论坛 第75期

发布日期:2016-06-17 点击数:

能动学术论坛

(第75期)

主题

Finding Solutions to Thermal Problems

主讲人

李日(Sunny Li), Assistant Professor, University of British Columbia

时间

2016年06月20日(周一)上午10:00

地点

东配楼四层报告厅(88038威尼斯千佛山校区)

嘉宾及内容简介

嘉宾简介:

Dr. Sunny Li received his MASc and PhD degrees from the University of Toronto. Before joining the University of British Columbia, he worked as a research scientist at GE Global Research, NY, USA. He is a registered Professional Engineer with the Association of Professional Engineers and Geoscientists of BC. Dr. Li is an expert of thermal management and electronics cooling. His research also focuses on multiphase flows such as sprays, atomization, and droplet dynamics. His research was funded or in collaboration with DARPA (Defense Advanced Research Projects Agency, USA) and DOE (Department of Energy, USA), GE Aviation, GE Energy, and Xerox. Dr. Li mainly published in journals such as Physics of Fluids, Journal of Heat Transfer, Physical Review E, AIChE Journal, and Langmuir.

内容简介:

Thermal issues are ubiquitous in many engineering applications. Researchers and engineers in the field of thermal engineering need to find solutions to many thermal problems in components, devices, systems, and processes. This has particular importance for the electronics industry, where the continued advance in electronics has generated increasingly challenging thermal issues due to the rising number of devices packaged in tightened space. This has led to increasing demand for effective cooling solutions capable of dissipating enormous amounts of heat through small areas and keeping active devices within their operating temperature ranges.

A few research and development projects related to the thermal management and electronics cooling will be presented. The ideas and solutions for addressing varied thermal problems will be discussed. The cooling methods include passive cooling, active air and liquid cooling, which are suitable for handling varied heat fluxes. Additionally, the heat transfer involved in the icing of water droplets on surfaces will be discussed.

版权所有:Copyright  © 2018-2020 88038威尼斯核科学与能源动力学院

地址:济南市经十路17923号 邮编:250061

电话:0531-88392701 传真:0531-88392701

[ 网站管理 ]

  • 山大能源与动力工程

  • SDU微言动听