Professor
Supervisor of Master's Candidates
Supervisor of Doctorate Candidates
SHEN Ruili
Professor
Email: rlshen@163.com
Office: Room 1534, Civil Engineering Building, Jiuli Campus
Links: CV
BIO
Education
Ph.D., Southwest Jiaotong University, Bridge and Tunnel Engineering (1998)
M.A., Southwest Jiaotong University, Bridge Engineering (1987)
B.S., Shijiazhuang Tiedao University, Civil Engineering (1984)
Personal Profile
I have long been engaged in research on nonlinear calculation of large span bridges, bridge vibration, health monitoring, bridge construction methods, and construction control techniques. I am responsible for teaching professional courses for undergraduate, master, and doctoral students. I have hosted and participated in more than 10 national science and technology support, a provincial and ministerial level science and technology projects, and more than 100 horizontal projects entrusted by various enterprises and institutions. I proposed the accurate calculation method for the alignment of the main cable of suspension bridges, namely the segmental suspension chain line method. I am also the main inventor of the method for the construction and erection of the stiffened girders of the Qiaozhai Bridge, namely the rail-slip method. I presided over the preparation of "BNLAS", which was introduced by nearly 50 design institutes nationwide and became the main software for suspension bridge design and calculation. In addition, I have presided over more than 10 construction monitoring projects for suspension bridges with a span of over 1000m. I have won one National Science and Technology Progress Second Class Award, eight Provincial and Ministerial Science and Technology Progress and Invention Awards of first-class and above, and two-second class awards. I am a member of the expert group of the Shenzhen-China Passage project jointly hired by Guangdong Province and the Ministry of Transport and a member of the expert group of the Wenzhou Oujiang Beikou Bridge jointly hired by the Department of Transport of Zhejiang Province and Wenzhou City. I have published more than 100 papers including SCI, EI, and core journals, and obtained many invention patents.
Employment
Academic Appointments
Professor, Department of Bridge Engineering, Southwest Jiaotong University, China
Research Interests
Bridge Structural Analysis Theory, Bridge Vibration, Health Monitor, Construction Methods and Construction Control
SELECTED PUBLICATIONS
Principal Publications of the Last Five Years
Ruili SHEN, Theoretical and numerical studies of the slip resistance of main cable clamp composed of an upper and a lower part, ADVANCES IN STRUCTURAL ENGINEERING, 2021 ( SCI )
Ruili SHEN, Nonlinear interaction effect on main cable clamp bolts tightening in suspension bridge,JOURNAL OF CONSTRUCTIONAL STEEL RESEARCH, 2021 ( SCI )
Ruili SHEN, Study of Temperature Field Inhomogeneities in Parallel Wire Strand Sections under ISO834 Fire, KSCE JOURNAL OF CIVIL ENGINEERING, 2021 ( SCI )
Ruili SHEN, New dehumidification system design and dehumidification test for the main cable of suspension bridge, JOURNAL OF BRIDGE ENGINEERING, 2021
Ruili SHEN, Real time cable force identification by short time sparse time domain algorithm with half wave, MEASUREMENT, 2020 ( SCI )
Ruili SHEN, Corrosion fatigue failure analysis and service life prediction of high strength steel wire, ENGINEERING FAILURE ANALYSIS, 2020 ( SCI )
Ruili SHEN, Corrosion-Fatigue Analysis of High-Strength Steel Wire by Experiment and the Numerical Simulation, METALS, 2020 ( SCI )
Ruili SHEN, A Review of Bolt Tightening Force Measurement and Loosening Detection, SENSORS, 2020 ( SCI )
Ruili SHEN, The corrosion-fatigue measurement test of the Zn-Al alloy coated steel wire, STRUCTURES, 2020 ( SCI )
Ruili SHEN, Fatigue failure analysis of steel wire rope sling based on sharesplitting slip theory, Engineering Failure Analysis, 2019 ( SCI )
Ruili SHEN, Ultimate Capacity of Narrow Type Steel Box Section for Railway Self-anchored Suspension Bridge under Bias Compression, Advanced Steel Construction, 2019 ( SCI )
Ruili SHEN, Requirements of vertical stiffness and anti-slip safety for three-pylon suspension bridge, Journal of Southeast University(Natural Science Edition), 2019 ( EI )
Ruili SHEN, In-plane stability of self-anchored suspension bridge, Journal of Jilin University(Engineering and Technology Edition), 2019 ( EI )
Ruili SHEN, Experimental and Numerical Study on Buckling Behavior of a Rigidly Stiffened Plate with Tee Ribs, International Journal of Steel Structures, 2018 ( SCI )
Ruili SHEN, A two-step FEM-SEM approach for wave propagation analysis in cable structures, Journal of Sound and Vibration, 2018 ( SCI )
Ruili SHEN, Field measurement on secondary stress of main cable of long-span suspension bridge in the process of construction, China Civil Engineering Journal, 2018 ( EI )
Ruili SHEN, Theoretical calculation method and formula for lateral force between main cable and cable saddle for suspension bridge, China Civil Engineering Journal, 2018 ( EI )
Ruili SHEN, Test for Slip Behavior and Mechanical Characteristics Between Main Cable and Saddle in Suspension Bridges, China Journal of Highway and Transport, 2018 ( EI )
Ruili SHEN, Analysis of the ultimate slip resistance of pin-connected cable clamps based on multi-scale model, Bridge Construction, 2018 ( EI )
Ruili SHEN, Experimental study on distribution pattern of lateral force between main cable and cable saddle for suspension bridge, China Civil Engineering Journal, 2017 ( EI )
Ruili SHEN, Calculation method for adjustment of anchor span cable force and saddle angle of long-span suspension bridge, China Journal of Highway and Transport, 2017 ( EI )
Ruili SHEN, Study on Static Ultimate Bearing Capacity and Safety Evaluation Method of Self-anchored Suspension Bridges, Journal of the China Railway Society, 2017 ( EI )
Ruili SHEN, Glass Suspension Footbridge: Human-Induced Vibration, Serviceability Evaluation, and Vibration Mitigation, JOURNAL OF BRIDGE ENGINEERING, ( SCI )
Selected Awards and Honors
Design and construction technology innovation and application of long-span suspension bridges in mountainous areas , Second Prize of National Science and Technology Progress (2017)
Research on key technologies of Aizhai Bridge, China Highway Association Science and Technology Grand Prize (2013)
The key technology of self-anchored suspension bridge with shell arched pylon, First Prize of Science and Technology of Sichuan Province(2012)
New technology for the erection of stiffening beams of long-span suspension bridges by "rail slip method", First Prize of Hunan Provincial Technical Invention(2012)
Key technologies for design and construction of self-anchored suspension bridges with single-column towers at sea, First Prize of Science and Technology of Shandong Province(2012)
A kind of suspension bridge stiffening beam erection method and device, Excellent Patent Award, National IP Office, CN (2012)
Professional Activities
RESEARCH
Current Research
Key technology research and construction monitoring of Oujiang Beikou Bridge in Wenzhou(Host，2019)
Experimental Research and Technical Consultation on Composite Cable Saddles of Hutiao Gorge Jinsha River Bridge Suspension Bridge(Host，2018)
Research on mechanical selection bearing capacity and local stability of the main girder of the super-span self-anchored suspension bridge (Host，2017)
Research on key construction technology of super-span self-anchored suspension bridge (Host，2017)
Research on key technologies of kilometer-span highway-rail suspension bridges (Participate，2017)
Research on key technologies for the design of long-span railway steel truss suspension bridges (Participate，2018)
Research on the structural system of rigid mid-tower long-span multi-tower suspension bridges (Participate，2017)
Research on Degradation Model and Calculation Method of Main Cable Resistance of Suspension Bridge Based on Service Environment Corrosion（51478391/ E080505）(Participate，2018)
Experimental Research and Engineering Application of Nonlinear Static and Dynamic Bending Characteristics of Cable Section（51178396/E080505）(Host，2015)
Research
Group
Prof Shen is a leader of Long-Span Suspension Bridge Research Group
TEACHING
Primary Teaching areas
Cable Supported Bridges
Bridge Structure Analysis Theory
Current Courses
Cable Supported Bridges(Undergraduate courses)
Bridge Structure Analysis Theory and Method(Master's courses)
GRADUATE SUPERVISION
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