主题教育 保定校区 English

超临界 CO2 布雷顿循环离心压气机设计中的挑战

来源:科学技术处、动力工程系发布时间:2019-12-18

【讲座题目】超临界CO2布雷顿循环离心压气机设计中的挑战

【讲座时间】2019年12月18日( 周三)15:00

【讲座地点】保定校区 教四楼 351 学术会议室

【主 讲 人】Abraham Engeda,密歇根州立大学,教授,博士生导师

【主讲人简介】

Professor Abraham Engeda, Michigan State University

 Ph.D in Mechanical Engineering, University of Hannover, Germany, 1987.

 MSc. in Mechanical Engineering, University of Manchester, England, 1974.

Responsible for turbomachinery research and education at Michigan State University, since 1990.

 His contributions have been in the design of efficient pumps, compressors and gas-turbines and in the understanding of the complex flow structure in these machines.

He received the American Society of Mechanical Engineers (ASME) Fluid Machinery Award (2012) and is a Fellow of ASME.

 He received the Senior Flex-Fulbright Award (2016).

He is NASA & US Air Force Faculty Fellow.

He has been Key-Note Speaker at several major conferences and events.

He organized 10 two-day short courses on Turbomachinery for industry.

He offered Design Short-Courses on Impeller/Diffuser/Volute at the Royal Melbourne Institute of Technology-Australia; at the Chinese Academy of Sciences-Beijing; and to Industry at various locations.

【内容简介】

This presentation reviews the s-CO2 cycle technologies for power generation and critically assesses the recent challenges and development. The presentation mainly focuses on the challenges to develop a centrifugal compressor for the 10MWe s-CO2 Power Genset Gas-Turbine.

 

返回
XML 地图 | Sitemap 地图