80+80 m Dehar River Cable Stayed Bridge

Effective and efficient bridge design

Ready to revolutionize your approach to cable-stayed bridge design? Join our webinar and dive into the world of efficient and effective bridge design! Through the lens of a compelling case study featuring the Dehar River Cable Stayed Bridge, we’ll unveil the secrets to mastering cable-stayed bridge design.

In this exclusive session, we’ll explore essential topics, from the theoretical background of cable-stayed bridges to analysis philosophy and system optimization principles. Discover how to wield the power of SOFiSTiK’s axis-based GUI to control crucial bridge geometry factors like deck width, span length, cable spacing, and pylon height effortlessly.

Learn how to fine-tune cable forces in the final state using deformation constraints in Teddy, the text interface of SOFiSTiK, ensuring optimal performance and safety. You will also gain invaluable insights into conducting deformation and cable stress checks and effortlessly extracting critical quantities for thorough analysis.

Elevate your bridge design skills and embark on a journey towards engineering excellence:

Theoretical background of cable bridges, analysis philosophy and system optimization principles.
Control of geometry (deck width, span length, cable spacing, pylon height, etc.) using the axis-based GUI of SOFiSTiK.
Cable force optimization in the final state using deformation constraints in Teddy.
Checks for deformations and cable stresses; extract quantities.