PENG Yongliang
Rock and soil stability, Geological disaster prevention and control project, Operation of railway subgrade (slope) disease management

PENG Yongliang

Director of the laboratory of Department of Geological Engineering

Associate Professor for Geological Engineering

Research Interests:

Rock and soil stability, Geological disaster prevention and control project, Operation of railway subgrade (slope) disease management

Connect:

SWJTU XIPU Campus Building 4 Room 4217

Phone 13568961566

Email: pengyl1969@163.com

Personal Homepage: http://yz.swjtu.edu.cn/~8323

Education:

1989.9-1993.7 Department of Hydrogeology and Engineering Geology, Southwest Jiaotong University.

2008.10-2009.7 Tsinghua University School of Continuing Education Senior Business Administration President Training Course.

2009.9-2013.5 Ph.D., Department of Geological Engineering, Southwest Jiaotong University.

2010.5-2012.5 Master of Business Administration (EMBA), Senior Management, Southwest Jiaotong University.

Experience:

1993.8-2002.3 Jinan Railway Bureau Survey and Design Institute Trainee/ Assistant Engineer/ Engineer;

2002.4-2003.12 Deputy Manager/ Engineer,

Geotechnical Corporation, Jinan Railway Survey and Design Consultation Institute;

2004.1-2008.11 Deputy Manager/Manager/Senior Engineer of Geotechnical Company of Jinan Railway Survey and Design Consultation Institute;

2008.12-2014.3 Deputy General Manager and Chief Engineer/Senior Engineer of China Railway Jinan Engineering Technology Co, Ltd.

2014.4—present Director of the laboratory of Department of Geological Engineering, School of Earth Sciences and Environmental Engineering, Southwest Jiaotong University, Master Instructor

Research Interests:

My research focuses on the operation of railway subgrade (slope) disease management, including subgrade subsidence remediation and karst treatment projects.

My research focuses on ground subsidence and related geological problems, especially for the multi-layer water-rich problem of railway subgrade distributed in the southwest.

Recently, I have explored whether the grouting effect detection in large goaf is feasible and reliable by using an integrated method of electrical sounding and electromagnetic CT geophysical exploration combined with drilling coring and post-drilling grouting observation.