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Chan Siu-Lai

ProfessorDoctoral Supervisor,

Tel:

Email: ceslchan@scut.edu.cn

Department: School of Civil Engineering and Transportation

Office Location: 7101-2

Research Interests: Steel Structures, Composite Structures, Glass Curtain Walls, Steel Structure Design Theory, Computational Structural Mechanics

Biography

A recipient of the Overseas High-Level Talent program, he served as a Chair Professor in the Department of Civil and Environmental Engineering at The Hong Kong Polytechnic University from 2013 to 2022. He is the Founder and President of the Hong Kong Institute of Steel Construction and serves as a Legal Advisor to the Hong Kong Government in the field of structural engineering.

His research interests encompass the stability design of steel, composite, and concrete structures; non-linear finite element analysis; glass and slender structures; rock and flood barriers; bamboo and aluminum scaffolding; and prestressed steel structures. He pioneered a novel design methodology—the Second-order Direct Analysis Method—which has been incorporated into the Chinese National Standard GB50017-2017 and the Hong Kong Code of Practice for the Structural Use of Steel, and has been successfully applied in numerous landmark steel projects.

He serves as a consultant for multiple major construction industry design codes in Hong Kong and is a member of expert committees for steel structure design codes in various countries and regions, including China, Europe, and the United States. In addition to his role as a Legal Advisor to the Hong Kong Government, he has served as Chairman of the Structural Division, Structural Discipline, and Fire Division of the Hong Kong Institution of Engineers (HKIE). Consistently ranked among the top 2% of scientists globally in civil engineering, he founded several international SCI journals, including Advanced Steel Construction and Steel and Composite Structures, and serves on the editorial boards of seven prestigious international SCI journals, such as Engineering Structures and the Journal of Constructional Steel Research.


Education

  • 1983-09~1987-06,University of Queensland,Civil Engineering (Structures),Ph.D.

  • 1981-09~1983-06,University of Wales,Civil and Structural Engineering, Msc


Admission Information

WorkExperience

Social Position

Research Areas

(1) Steel structures, composite structures, glass curtain walls, etc.

(2) Steel structure design theory and stability analysis.

(3) Computational Structural Mechanics.


Courses Taught

Graduate Courses:

(1) Non-linear Finite Element Structural Analysis Theory


Research Project

Selected Publications

  • 陈绍礼,Physics-informed deep operator networks for rapid nonlinear analysis of glass panes under variable wind-induced loads,Engineering Structures,2026
  • 陈绍礼,Assembly-Compatible Plate Element Method for Local Buckling and Ultimate Strength of Stiffened Steel Box Sections,Thin-Walled Structures,2026
  • 陈绍礼,Low-Cycle Fatigue of Laser-Arc Hybrid Welded S960 High-Strength Steel Joints,Journal of Constructional Steel Research,2026
  • 陈绍礼,A hybrid beam-column element for second-order inelastic analysis of fire-exposed steel frames,Journal of Constructional Steel Research,2025
  • 陈绍礼,Study on compressive behavior of laser-arc welded tube-in-tube S355 steel columns,International Journal of Advanced Steel Construction,2025
  • 陈绍礼,Advanced line-finite-element for lateral-torsional buckling of beams with torsion and warping restraints,Journal of Constructional Steel Research,2025
  • Ding, Yue-Yang;Liu, Yao-Peng;Liu, Si-Wei;Tang, Yi-Qun;Chan, Siu-Lai,Initial geometric imperfections of modules in modular integrated construction structures,Engineering Structures,2025
  • 陈绍礼,Refined FE-based cross-section analysis for line element simulation of WAAM steel members considering anisotropy,Structures,2025
  • 陈绍礼,Nonlinear analysis of glass panes under complex lateral pressures through physics informed neural networks,Engineering Structures,2025
  • 陈绍礼,Numerical study on high-speed train derailment caused by debris flow deposition: A case study in China,Engineering Failure Analysis,2025
  • 陈绍礼,Design and fabrication of Hong Kong's first constructional,Scientific reports,2025
  • 陈绍礼,Research on durability and mechanical properties of high strength steel in corrosive environment: A review,Structures,2025
  • 陈绍礼,A novel efficient plastic hinge approach fordirect analysis of steel structures,Engineering Structures,2024

Achievements

Patent

Honor

Software achievement