NAME

Yao Shouwen

TITLE

Associate Professor

SCHOOL

School of Mechanical Engineering

DEPARTMENT

Vehicle Engineering

OFFICE ADDRESS

Room 407,Teaching Building No.9, Beijing Institute of Technology

POST CODE

100081

TELEPHONE

010-68918498

E-MAIL ADDRESS

armysw@bit.edu.cn

Research and Teaching Interest

Our research is focus on vehicle transmission dynamics in virtual environment, hydro-viscous drive and lightweight design of complex structure. In virtual environment, the method of dynamics model is researched based on the assembly model. Contact dynamics and Smoothed Particle Hydrodynamics are used to build the gear transmission and hydrodynamic transmission, shifting clutch model separately. The graphics rendering and simulation is in real time, more than that, the model is modified by interaction method to validate the design in real time. The research of hydro-viscous drive is focus on the hydro-viscous clutch to broaden the speed range and the stability of speed, where the design method is obtained to meet the performance requirement of fan clutch, and more energy is saved. The light-weight structural design is researched in the fields of load acquisition, the dynamics property and sensitivity analysis of architectural features, with the aim of light-weight structure design to meet the demands of dynamics performance.

Selected Publications and patents

1. Torsional stiffness modeling and optimization of the rubber torsion bushing for a light tracked vehicle, YAO Shouwen, ZHENG Xin, CHENG Haitao, HUANG Youjian, MO Rongli, Journal of Beijing Institute of Technology, 2015, Vol. 24, No. 3
2. An improved method for evaluating the rotational speed stability of a hydro-viscous clutch in mixed lubrication, Shou-Wen Yao; Qian Liu;Hong-Wei Cui;Shan-Shan Feng, Friction, 2015,Vol.3,No.1,47-55
3. Mathematical model and experiment validation of fluid torque by shear stress under influence of fluid temperature in hydro-viscous clutch，Hongwei Cui; Shouwen Yao; Qingdong Yan; Shanshan Feng; Qian Liu，Chinese Journal of Mechanical Engineering，2014，Vol.27 No.1 32-40
4. A Study of Contact Condition in Vehicle Transmission Virtual Assembly System, Yan Chen，Shouwen Yao，Fei Liu, FISITA 2012 World Automotive Congress Proceedings --Volume 7:Vehicle Design and Testing
5. Structural Dynamic Topology Optimization of the Transmission Housing, Shouwen Yao, Jianli Lv, Qingdong Peng, Advanced Materials Research , 2011，308：368-372
6. Hydro-viscous Clutch of Speed Stability and Regulation for Special Vehicle，Patent of Invention，Patent No.201310723522.X
7. A Hydro-viscous Clutch for High-speed Special Vehicle，Patent of Invention，Patent No.201210344886.2

Achievements and Awards

Professional Membership/Academic Appointments