Bio Summary
Dr. Qi Guo is a distinguished Male Associate Professor in the School of Civil Engineering at Taiyuan University of Technology. Born in March 1989, he holds a Doctoral degree and has gained recognition for his significant contributions to the field of steel structures. Dr. Guo has assumed various leadership roles in academic and professional organizations, demonstrating a commitment to advancing the knowledge and standards within the steel structure industry.
Education
- Title: Associate Professor
- Academic Degree: Doctor
- Institution: Taiyuan University of Technology
- Department: School of Civil Engineering
- Graduation Year: [Not specified]
Research Focus
Research Areas:
- High-performance steel structures
- Assembled steel-concrete composite beams
- Steel structural bridges
Research Directions:
- Fatigue performance of steel structures
- Durability performance of steel structures
Professional Journey
Dr. Qi Guo has played pivotal roles in several committees and associations, contributing significantly to the steel structure industry in China. His leadership positions include Director, Structural Quality and Safety Inspection and Appraisal Professional Committee at the China Steel Structure Association and Youth Director, Structural Stability, Fatigue, and Education Sub-Committee at the same association. He has also served as an Executive Deputy Secretary-General for the Youth Working Committee at the Shanxi Provincial Steel Structure Association.
Honors & Awards
- Second Prize for Scientific and Technological Progress in Shanxi Province (2021)
- First Prize for Outstanding Paper in Chongqing Journal (2019)
- “Youth Role Model” in China’s Construction Steel Structure Industry (2023)
- Outstanding Paper Award, National Symposium on Modern Structural Engineering Young Scholars Paper Competition (2022)
- Third Prize for Outstanding Achievements in Technological Innovation of State Grid Shandong Power Company (2022)
- Outstanding Scientific and Technological Worker of Shanxi Provincial Institute of Transportation Science (2018)
Major Academic Achievements
Research Projects:
- National Natural Science Foundation of China Youth Science Fund Project (2023-2025)
- Shanxi Provincial Basic Research Plan General Project (2022-2024)
- Tianjin Postdoctoral Innovation Project Selection and Funding Plan (2016-2018)
Representative Papers:
- Published papers in reputable journals such as Construction and Building Materials, Journal of Constructional Steel Research, and Structures.
Granted Invention Patents:
- A Steel-Concrete Composite Slab Bridge
- Fire-resistant and Buckling-resistant Assembled Composite Beam and Construction Method
Granted Software Copyrights:
- Steel Structural Bearing Capacity Analysis Software V1.0 Considering Corrosion
- Steel Component Performance Test and Evaluation Software V1.0 Based on Time-Evolving Pitting Corrosion
Co-authored Standards:
- Technical Standards for Detection and Identification of Spatial Steel Structures
- Comprehensive Evaluation Standard for Steel Bridge Manufacturing Enterprises
Author Metrics: Qi Guo
Affiliation: Taiyuan University of Technology, Taiyuan, China
Documents: 23
Citations: 174
h-index: 7
Publications Top Noted & Contributions
Title: Corrosion evolution and mechanical property deterioration of Q355NH weathering steel in long-term neutral salt spray environment.
- Journal: Construction and Building Materials, 2024, 411: 134193.
Title: Corrosion evolution and axial mechanical performance degradation of corroded M24 high-strength bolts.
- Journal: Journal of Constructional Steel Research, 2024, 213: 108411.
Title: Experimental study on fatigue performance of corroded high-strength bolts under axial force.
- Journal: Journal of Constructional Steel Research, 2023, 207: 107952.
Title: Fatigue performance and life prediction methods research on steel tube-welded hollow spherical joint.
- Journal: Steel and Composite Structures, 2020, 36(1): 75-86.
Title: Experimental and numerical analysis of mechanical behaviors of long-term atmospheric corroded Q235 steel.
- Journal: Structures, 2022, 39: 115-131.
Research Timeline:
Pre-2016: Early Career and Education
Completion of Doctoral degree (exact year not specified).
Potentially involved in initial research projects and publications.
2016-2018: Postdoctoral Innovation Project
Leading the research project on “Research on Fatigue Performance and Optimization Design of Integral Joints” from 2016 to 2018.
2018-2021: Youth Fund for Basic Research Project
Heading the project on “Research on Fatigue Performance and Deterioration Mechanism of Steel Bridge Welds under Heavy Load Conditions Based on Composite Crack Propagation” from 2018 to 2021.
2022-2023: Science and Technology Projects
Leading multiple projects related to the long-term mechanical performance and deterioration of steel structures under complex environmental conditions.
2023-2025: National Natural Science Foundation Project
Initiating and leading the National Natural Science Foundation of China Youth Science Fund Project on the deterioration mechanism and life assessment of weathering steel beams with corrosion-fatigue coupling in butt weld joints.
