Design of Transfer Structures: Lessons Learned from Implemented Projects

The architectural requirements for placing planted columns at different levels pose significant challenges when designing transfer structures. These structures must accommodate architectural creativity while ensuring structural integrity and load redistribution. This paper studies several executed projects to explore the relationship between architectural needs and structural engineering solutions. Particular focus is given to design considerations such as geometric configurations, shear resistance calculations, and the control of deflection and cracking, all of which are crucial for long-term durability. Additionally, the stability of transfer structures under seismic forces is discussed as an essential factor to ensure safety and resilience in dynamic conditions. Through the analysis of real-world case studies, this research highlights innovative strategies for overcoming these challenges, offering valuable insights for engineers facing similar complexities. The findings aim to enhance the understanding of transfer structure design, balancing architectural aspirations with structural and safety demands.