Du Yuxiang（杜宇翔）

Curriculum Vitae

Yuxiang Du, Ph.D.
 Associate Professor | Master's Supervisor

Contact Information

• Email: duyuxiang@jhun.edu.cn

• QQ: 502469010

• Phone: +86 155-2727-6727

Education & Professional Experience

• Ph.D. in Geotechnical Engineering
        University of Chinese Academy of Sciences (UCAS), Sep 2020

• Key Researcher
        Hubei (Wuhan) Institute of Explosion and Blasting Technology, Jianghan      University

State Key Laboratory of Precision Blasting

Research Focus

• Blasting Engineering

• Rock Mechanics

• Tunnel & Underground Engineering

Research Projects (As Principal Investigator)

1. Disaster Mechanism of Blasting Damage-Creep Interaction in Soft      Rock Tunnel Surrounding Rock Under High In-Situ Stress, National Natural      Science Foundation of China (NSFC) Youth Program

2. Damage Characteristics and Deformation Prediction of Deep Soft      Rock Tunnel Surrounding Rock Subjected to Blasting Excavation, Hubei      Provincial Natural Science Foundation Youth Program

3. Intelligent Recognition Technology for ****** (Classified      Project), Sub-project, National Key R&D Program of China

4. Blasting Damage Evolution Mechanisms in Tunnel Surrounding Rock      Under High-Energy Geological Environments, Sub-project, National Key      R&D Program of China

5. Mechanical Property Degradation and Mesostructural Evolution of      Blast-Damaged Soft Rock, Hubei Provincial Department of Education Research      Plan

6. Constitutive Modeling and Engineering Applications of Sandstone      Blasting Damage in Complex Geological Conditions, Wuhan Knowledge      Innovation Special Project

Selected Publications

1. New model for predicting the bearing capacity of large strip      foundations on soil under combined loading. International Journal of      Geomechanics (ASCE), 2022, 22(5).

2. A quantitative description method for the mechanical behavior      of soil-rock mixture as affected by water content. Frontiers in Ecology      and Evolution, 2023, 11(9).

3. Stability Evaluation Model of Large Rectangular Foundations on      Soil under Combined Loading. International Journal of Geomechanics (ASCE),      2024, 24(6).

4. Deformation failure and energy dissipation analysis of red      sandstone under hydro-dynamic coupling. Rock and Soil Mechanics (in      Chinese), 2024. 08.

5. Experimental study on response and failure of RC short beams      under drop-weight impact. Blasting (in Chinese), 2023, 04.

6. Field tests on long-hole cut blasting and overbreak control for      medium-section tunnels. Blasting (in Chinese), 2024, 03.