Basic Information
· Name: Shengwu Tu
· Gender: Male
· Position: Lecturer
· Education: Ph.D.
· Contact:Email: tutubest@jhun.edu.cn；WeChat: tushengwu001
Education and Work Experience
· 2023.7–Present: Lecturer & Key Researcher, State Key Laboratory of Precision Blasting, Jianghan University
· 2016.09–2023.06: Ph.D. in Engineering (Explosion Dynamics and Applications), Wuhan University of Science and Technology
· 2010.09–2014.06: B.Eng. in Engineering Mechanics, Wuhan University of Science and Technology
Research Interests
Controlled blasting, precision control theory and technology of blasting effects, blasting mechanisms, and analysis/testing techniques.
Major Research Projects
1. National Natural Science Foundation of China (General Program, No. 51574184): Dynamic Response and Failure Mechanism of Buried Pipelines Under Blast Loading (2015–2019, Participant).
2. National Natural Science Foundation of China (Youth Program, No. 51404175): Dynamic Response and Reliability Study of Water-Medium Explosion Containers (2014–2017, Participant).
3. National Natural Science Foundation of China (Youth Program, No. 51904210): Coordinated Weakening Effect and Reduction Method for Mechanical Parameters of Blast-Damaged Rock Mass in Slopes (2020–2022, Participant).
Representative Publications
1. Zhong Dongwang, Tu Shengwu, Li Linna, et al. (2023). Determination of Blasting Vibration Safety Criterion of Buried Polyethylene Pipeline in Saturated Clay Using Vibration Strain Data. Sensors.
2. Tu Shengwu, Zhong Dongwang, Li Linna, et al. (2021). Dynamic Response and Reliability Analysis of Buried Steel Pipes Under Blast Load. HECT2021.
3. Zhong Dongwang, Gong Xiangchao, Tu Shengwu, et al. (2019). Dynamic Response of Buried Polyethylene Pipes Under Explosive Waves in Highly Saturated Clay. Explosion and Shock Waves, 39(3), 033102-1–033102-12.
4. He Li, Zhong Dongwang, Tu Shengwu, et al. (2018). Influence Mechanism of Stirrups on Blast Demolition of Deep Foundation Pit Support Beams. Metal Mine, (8), 45–50.
5. Si Jianfeng, Zhong Dongwang, Tu Shengwu, et al. (2018). Image Feature Extraction Technology for Statistical Analysis of Blasting Crack Morphology. Metal Mine, (3), 146–150.
6. Zhong Dongwang, Tu Shengwu, Deng Ximin, et al. (2017). Study on Blasting Demolition Sequence of Support Beams in a Deep Foundation Pit in Wuhan. Blasting, 34(2), 80–84.
7. He Li, Zhong Dongwang, Tu Shengwu, et al. (2015). Study on Response Spectrum Characteristics of Precise Millisecond Delay Controlled Blasting Seismic Waves. Metal Mine, (10), 11–17.
Patents
1. Zhong Dongwang, Tu Shengwu, et al. (2018). A Pressurization Device for Seamless Steel Pipes (CN108007649A).
2. Zhong Dongwang, Tu Shengwu, et al. (2018). A Pressurization Device and Method for PE Pipes (CN108051288A).
3. Zhong Dongwang, Tu Shengwu, et al. (2016). A Pretreatment Method for Blasting Demolition of Reinforced Concrete Support Beams in Foundation Pits (CN201610391783).
4. Zhong Dongwang, Tu Shengwu, et al. (2016). A Pretreatment Method for Protecting Perimeter Beams Before Blasting Demolition of Deep Foundation Pit Support Beams (CN201611168205).
5. Zhong Dongwang, Tu Shengwu, et al. (2018). A Protective Tying Device for Cluster-Connected Detonating Tubes (CN108253854A).
