Tianwei Professor

• Department:
• Gender: male
• BirthDate: 1981-08-16
• Career: Professor
• Degree: PhD
• Academic Credentials:
• Graduate School: Xian University of Technology
• Tel:
• Email: tianwei@chd.edu.cn
• Address School: School of Civil Engineering Changan University
• PostCode School: 710061
• Fax School:
• Office Location: School of Civil Engineering Changan University
• Education experience:

  · 2006-2009, Xi 'an University of Technology, Geotechnical Engineering, Doctor of Engineering

  · 2003-2006, Xi 'an University of Technology, Geotechnical Engineering, Master of Engineering

  · 1999-2003, Xi 'an University of Technology, Civil Engineering, Bachelor of Engineering

  
  

Tian Wei, male, born in August 1981, professor, doctoral supervisor, young Chang 'an scholar, director of Shaanxi Provincial Society of Rock and Soil Mechanics and Engineering, reviewer of many domestic and foreign journals, and project communication reviewer of National Natural Science Foundation of China. In recent 5 years, he successively led over 10 national and provincial scientific research projects, including three national natural science foundation projects, in Shaanxi province natural science foundation of China, China postdoctoral fund, postdoctoral fund of Shaanxi province, supporting projects for postdoctoral research in Shaanxi Province, key laboratory of Ministry of Water Resources fund, state key laboratory of deep rock and soil mechanics 7 fund projects. He has been committed to the research of meso dynamic damage mechanism and real-time CT test of geotechnical engineering materials in complex environment for a long time. In the National Natural Science Foundation Project Research on damage mechanism of concrete materials under the synergistic effect of freeze-thaw cycles and loads based on CT technology (51579013), Research on dynamic mechanical properties, damage mechanism and numerical experiment of concrete materials based on meso structural characteristics (51379015), real time CT observation and numerical simulation of meso damage evolution of concrete materials (51009010) and Experimental Study on dynamic mechanical properties and damage mechanism of concrete under different environmental factors (2015jm5160) supported by Shaanxi Natural Science Foundation, outstanding research results have been achieved in the aspect of meso dynamic damage mechanism of geotechnical engineering materials under complex occurrence environment.

1. member of Shaan Xi Society for Mechanics and Engineering

2. special reviewer of international journals and a number of domestic journals

3. project communication reviewer of The National Natural Science Foundation of China

1.Research on numerical simulation of geotechnical and hydraulic structures

2.Research on the development and utilization of urban underground space

3.Research on meso-dynamic catastrophe mechanism of geotechnical materials based on CT technology

4.Application of 3D printing technology in geotechnical materials

[1] Analysis of the microscopic damage evolution of concrete materials based on CT technology, China Construction Industry Press, monograph.

[2]Evaluation of damage in concrete suffered freezing-thawing by CT technique. Journal of Advanced in Concrete Technology. 2016, 11(14):679-690. (SCI/EI)

[3]Dynamic Response Analysis of Blocks-Combined Dam under Impact Load in Debris Flow.Journal of Mountain Science，2019

[4]Preliminary research on mechanical properties of 3D printed rock structures. Geotechnical Testing Journal. 2017.40(3):483-493. (SCI/EI)

[5]Mechanical properties of rock specimens containing pre-existing flaws with 3D printed materials. Strain. 2017.53(6): 1-13. (SCI)

[6]Experiment analysis of concrete’s mechanical property deterioration suffered sulfate attack and drying-wetting cycles, Advance in Materials Science and Engineering, 2017.12. (SCI)

[7]Pore characteristics of concrete under freeze-thaw cycles based on CT scanning and 3D printing technology. Cold Regions Science and Technology. 2017.12 (SCI)

[8]Quantitative study on crack of meso-damage and fracture concrete based on CT technique. Sadhana, Indian Academy of Sciences. 2014, 40(1):263-276. (SCI/EI)

[9]Experimental analysis of the concrete damage process under freeze–thaw cycles. ASCE Journal of Materials in Civil Engineering. 2017.11 (SCI)

[10]Experimental study on the dynamic mechanical properties of concrete under freeze-thaw cycles. Structural concrete. 2018.19(5):1353-1362.（SCI)

[1]The first batch of young Chang'an scholars selected by Chang'an University, 2018.7

[2]Research on the meso-dynamic damage mechanism of geotechnical materials and the key technology of 3D printing, the first prize of Science and Technology of Shaanxi Provincial Colleges and Universities 2019.3

[3]The application of 3D printing technology in geotechnical engineering, the third prize of the third graduate student innovation achievement in Shaanxi Province. 2017.12

[4]Chang'an University Science and Technology Advanced Individual, 2014.12

[5]The doctoral dissertation won the excellent doctoral dissertation of Xi'an University of Technology, 2012.12

[6]Frontier basic scientific research on seismic safety of western high arch dams and its engineering application, Special Prize of Hydropower Science and Technology Award, China, China Society of Hydropower Engineering, 2010.12

·2017.4-2018.4 Visiting scholar at Monash University in Australia

·2017.11-present, professor, School of Civil Engineering, Chang 'an University

·2016.1-present, Director of laboratory, School of Civil Engineering, Chang 'an University

·2012.12-2017.11, Associate Professor, School of Civil Engineering, Chang 'an University

·2009.10-2012.11, Lecturer, School of Civil Engineering, Chang 'an University