NAME

Song Qiang

TITLE

Associate Professor

SCHOOL

School of Mechanical Engineering

DEPARTMENT

Vehicle Engineering

OFFICE ADDRESS

Room 501B, Vehicle Laboratory Building, Beijing Institute of Technology

POST CODE

100081

TELEPHONE

010-68949243

E-MAIL ADDRESS

songqiang@bit.edu.cn

Research and Teaching Interest

Our research is focused on the technology of design, control, optimization, and test experiment of electric vehicle’s energy management, driving motor, and powertrain system. The research field includes test method of driving motor system, performance test and evaluation of key materials and parts of motor system, transmission optimization, and also the control strategy of powertrain on electric bulldozer.

Selected Publications and patents

1. Song Qiang, Zeng Pu. Study on the Charging and Discharging Control Strategy of Ultracapacitor In Series Hybrid Bulldozer. Journal of Beijing Institute of Technology, 23(SUPPL.2), pp171-176, 2014. In English.
2. Zhuang Xingming, Song Qiang, Wen Xunhui, Zhao Feng, Zhang Qin. Decoupling Control of Dual Mechanical Port Machine with Spoke Type Permanent-magnet Arrangement. Proceedings of the Chinese Society for Electrical Engineering, 34(33), pp5925-5933, 2014. In Chinese.
3. ZHUANG Xingming, SONG Qiang, WEN Xuhui, ZHAO Feng, and FAN Tao. Coupling Characteristics and Control of Dual Mechanical Port Machine with Spoke Type Permanent Magnet Arrangement, Chinese Journal of Mechanical Engineering, 27(6), pp1186-1202, 2014. In English.
4. SONG Qiang, ZENG Pu, HE Shijuan, WANG Hong. Power Flowing Control Strategy of Series Hybrid Tracked Bulldozer at the Typical Working Condition. Journal of Mechanical Engineering. 50(20), pp136-142, 2014. In Chinese.
5. Song, Qiang, Lv Chen Guang, Jin Jian Bo, Shi, Yuan Fang. Study on Dead-Time for Measuring PWM Waveform of Electric Vehicle's Driving Motor on Test Bench. Sensor Letters. 11(4), pp642-645, 2013. In English.
6. Song Qiang, Yang Kaili, Lv Chenguang. Study on Synchronous Acquisition of Voltage and Current in Vehicle's Drive-Motor Test. the 8th IEEE Conference on Industrial Electronics and Applications (ICIEA), 2013.06.19-21, pp1275 - 1278, Melbourne, 2013. In English.
7. Wang Hong, Song Qiang, Zeng Pu, Sun Fengchun. Research on Parameter Optimization of Control Strategy for Engine of Hybrid Tracked Bulldozer. Journal of Beijing Institute of Technology, 23(SUPPL.2), pp167-170, 2014. In English.

Achievements and Awards

Third Prize of National Defense Science and Technology Progress Award(Ranking 1),2012

Professional Membership/Academic Appointments

Member of IEEE

Member of China Automotive Engineering Institute, suspension division