IABSE's Upcoming Webinars, Talks: Register for free (Members and Non-members).
Invite your colleagues to register, and join the discussion with worldwide structural engineers!
IABSE is dedicated to its mission of knowledge sharing. Do you wish to organise or sponsor a Webinar?
Please contact brindarica.bose@iabse.org
WEBINARs
CHALLENGES AND INNOVATIONS IN THE SHENZHONG LINK, CHINA
DATE: 12 September 2025. Time: 14:00 - 15:00 hrs CET.
WB.NG.5.2025. Register (free): Click Here
Organised by eLearning Board and the Chinese NG.
Speaker: Huanyong Chen, Prof. of Eng., National First-class Registered Structural Engineer, Deputy Department Head of Shenzhen-Zhongshan Link Administration, China.
Moderator: Limin Sun, Vice President of IABSE, President of Chinese NG, Prof. Dr. Civil Eng., P.E., Tongji University, China.
Abstract: The Shenzhen-Zhongshan Link (Shenzhong Link) crosses the beautiful estuary of the Pearl River in south China and is a world-class cluster project of “bridges, islands, tunnels and undersea interchange”.
The Shenzhong Link is one of the most challenging cross sea cluster projects in comprehensive construction, which is reflected in the world's largest offshore suspension bridge, the world's first eight lane undersea tunnel and interchange. Facing these challenges and world records, multiple world-class technical innovations have been made, including wind-resistant technology for steel mono-box girder, the shear resistance mechanisms of the steel shell concrete composite immersed tunnels, etc. After spending seven years in designing and seven years in construction, , this project has become an outstanding landmark of the region.
This webinar will discuss the project and participants are welcome to interact live and ask questions (in Q&A) during the webinar. Feel free to share the link, and register for the webinar (free for all).
INNOVATIONS AND BREAKTHROUGHS BEHIND THE WORLD'S LARGEST GLAZED LIGHTING ROOF-DONG'AN LAKE STADIUM
DATE: 10 October 2025. Time: 14:00 - 15:00 hrs CET.
WB.NG.6.2025. Register (free): Click Here
Organised by eLearning Board and the Chinese NG.
Speaker: Li Yao, National First-class Registered Structural Engineer, Senior Engineer of China Southwest Architectural Design and Research Institute Co., Ltd.
Moderator: Yaojun Ge, Former President of IABSE, Prof. Dr. Civil Eng., Tongji University, China.
Abstract: Dong'An Lake Stadium, situated in Chengdu, China, served as the opening ceremony venue of the 31st World University Games. The stadium boasts the world' s largest glazed glass lighting roof and roof projection canopy, which redefines the functionality of roof structure. The project pioneered the integration of an extra-long, curved, heavy-loaded platform within the lightweight roof system. Facing these challenges, multiple technical innovations were achieved. These include the development of a multi-discipline parametric surface modeling system, the innovation of a novel force-transfer conversion platform structure, the innovation of material and member types that meet high-precision requirements. In addition, extensive analyses and experiments were conducted to ensure a global first prolonged fireworks display with hundreds of ignition points on a huge glass roof. Furthermore, the circular form of the stadium enabled modularity in the design to achieve economies in both cost and carbon. Dong' an Lake Stadium stands today as a testament to engineering excellence, as well as a cherished cultural icon celebrated for its aesthetic and symbolic resonance.
SPANNING AND CONNECTING: KEY TECHNIQUES AND DESIGN CHALLENGES OF JIANGHEHUI LANDSCAPE PEDESTRIAN BRIDGE, CHINA
DATE: 24 October 2025. Time: 14:00 - 15:00 hrs CET.
WB.NG.7.2025. Register (free): Click Here
Organised by eLearning Board and the Chinese NG.
Speaker: Honglei WU, Prof. of Eng., National First-class Registered Structural Engineer, Chartered Structural Engineer (UK), Deputy Chief Engineer of Tongji Architectural Design (Group) Co., Ltd.
Moderator: Dong Xu, Vice President of Chinese NG, Prof. Dr. Civil Eng., Tongji University, China.
Abstract: The Jianghehui Landscape Pedestrian Bridge is a 380-meter Z-shaped hybrid arch structure spanning the Grand Canal. Through optimal load distribution, utilization of high-performance materials, parametric BIM-driven modeling techniques, and an innovative construction sequencing approach, the bridge achieves enhanced structural safety, improved user comfort, and long-term sustainability. The bridge seamlessly integrates urban connectivity, pedestrian comfort, and cultural heritage, serving as a dynamic landmark and eco-friendly urban link.
