Dong Sujun: Professor, Department of Human machine and Environment Engineering

Research Interests: 1) aircraft environmental control system simulation and CFD numerical techniques; 2) aircraft integrated environmental control and thermal management techniques; 3) the thermal environment of hypersonic caircraft aerodynamic simulation technology.

Description: Dong Sujun, female, born in 1972. 1993, In Huazhong University of Science and Technology of cooling, low temperature and compressor majors; 1995 to 2004, Human machine and Environment Engineering Master, PhD, postdoctoral in Beihang University. Teach undergraduate "air conditioning" and graduate "aircraft thermal management and thermal." First appointed tutor in 2005, now mentor an appointment subject name: Aerospace Science and Technology, is appointed tutor two subjects Name: Human and Environmental Engineering. Developed a doctoral and a master. Guide undergraduates SRPT and Feng Ru Cup first prize .

Complete simulation of the main research areas are:

1) KM6 helium refrigeration system simulation studies;

2) large, high room temperature environment simulation system (National Defense Science and Technology Progress Award in 2004);

3) The Beijing Electron Collider beam pipe center optimization simulation of active cooling design;

4) Integration of environmental control system simulation platform to build (Chengdu 611)

5) XX aircraft environmental control system pre-research of key technologies (Chengdu 611)

6) Ejector heat exchanger fuel system and fuel tank transient simulation (Chengdu 611)

Complete hypersonic of the main research areas are:

1) A space vehicle environmental control system simulation (Chengdu 611)

2) Integrated thermal protection of hypersonic aircraft thermal management technology (Chengdu 611)

3) Heat transfer of endothermic hydrocarbon fuel pyrolysis Technology (Aviation Fund)

In the research topics include:

1) Passenger aircraft environmental control system simulation and research of comprehensive performance evaluation (Nanjing 609)

2) A typical components thermal simulation test technology

3) Cabin transient temperature field fast prediction methods and CFD software development

4) High-temperature gas flows aerothermal simulation guidelines study (National Natural Science Foundation)

E-mail: dsj@buaa.edu.cn

Office phone: 82338391

Office Location: the new main building, C503

Mailing address: Box 505 Beijing University of Aeronautics