Background of Education and Work Experience

• 1990-1993, Chongqing University, Mechanical Engineering and Automation , Master.

• 2000-2004, Chongqing University, Mechanical Engineering and Automation, Doctor.

• 2005-2015, Chongqing Construction Industry Co., Ltd , NVH Consultant

Research Field

• Automatic driving and intelligent network detection

• Machine Informatics

• Timbre recognition and feature extraction

• Control of vehicle vibration and noise

Research and Honors

• Has been engaged in theoretical and applied research in the fields of machine Informatics, structural timbre recognition and feature extraction, automatic driving and intelligent network detection, test technology and vehicle vibration and noise control, noise prediction and abnormal sound diagnosis for a long time。

• published more than 40 papers in famous academic journals and conferences at home and abroad. Successively completed more than 20 projects, including natural fund projects, international science and Technology Cooperation Program projects, science and Technology Program projects of Chongqing Municipal Science and Technology Commission, and horizontal key projects.

• Carried out joint training with Chongqing vehicle inspection research institute and Xiangyang National Automobile Quality Supervision and inspection center in the fields of intelligent networking, automatic driving, etc Carried out a number of cooperation with Pan Asia Automotive Technology Center Co., Ltd., GAC Automotive Engineering Research Institute, Lande Shengyue Technology Co., Ltd., Chongqing Chaoli Hi Tech Co., Ltd., and Chang'an Automobile Co., Ltd., won the Chongqing Science and technology progress award, and made remarkable achievements in related fields.

   

   

• Some of the published papers are as follows:

• [1] Chen Jiangyan, Yang Cheng. Noise test of air conditioning compressor for electric vehicle and analysis of objective parameters of sound quality [J]. Noise and vibration control, 2020, 40 (4): 155-160

• [2] Chen Jiangyan, Yang Cheng. Study on test method of optimum filling amount of lubricating oil for automobile air conditioner [J]. Fluid machinery, 2020, 48 (1): 66-70

• [3] Yang Cheng, Hu Meilong. Application of signal priority ranking method based on Hilbert transform in the identification of abnormal noise sources in vehicles [j]. Noise and vibration control, 2016, 36 (3): 115-121

• [4] Cheng Yang, Chao Shi,Application Research of Improved BP Algorithm, Applied Mechanics and Materials Vol.141(2012)pp 88-91.

• [5] Cheng Yang, Tao Feng,Abnormal Noise Diagnosis of Internal Combustion Engine Using Wavelet Spatial Correlation Filter and Symmetrized Dot Pattern ,Applied Mechanics and Materials Vol.141(2012)pp 168-173

• [6] Yue Chuanyuan, Yang Cheng, Zhang Jun, Yang Chao, Shen Mi. Analysis and control of stick slip noise at the wheel end of a front drive [J]. Noise and vibration control, 2019, 39 (4): 446-451.

• [7] Yang Cheng, Feng Tao, Zou Yang. Diagnosis of engine abnormal noise based on wavelet spatial correlation filtering and symmetrical point model [J]. Automotive engineering, employed.

• [8] Yang Cheng, Zhou Ke, Chen Xu, Wu xingjean, Wang Zhongfang, Zhou Jinjia. Numerical analysis of noise radiation of motorcycle engine shell [j]. Journal of Chongqing University (NATURAL SCIENCE EDITION), 2009,32 (9): 987-991.

• [9] Yang Cheng, Zhou Ke, Chen Xu. Prediction of engine shell radiated noise [J]. Journal of Jiangsu University (NATURAL SCIENCE EDITION), 2010,31 (4): 393-396.