Taking their cue from nature, exoskeleton buildings challenge the mantra that less is more when it comes to celebrating our cities. Bold and unflinching, these structures are finely tuned exponents of the dialogue that exists between architect and engineer.
Explore the exoskeleton structural system for high-rises, types, load paths, design benefits, seismic response, and construction sequencing.
iming to address the aforementioned issues, the present work proposes a paradigm shift in the design of exoskeletons, moving from stiffness ratio control (approach currently adopted by Standard codes) to a performance-based design approach.
Such details provide a deeper understanding and appreciation for Advanced Exoskeleton Building Structure Design.
Architecture firm SOM has completed its headquarters for Shenzhen 's Rural Commercial Bank, a naturally ventilated steel-wrapped office building with an exterior that resembles an exoskeleton.
Exoskeleton structures represent a significant advancement in the design of tall buildings. By moving the primary structural system to the building exterior, engineers can achieve greater efficiency, improved stiffness, and enhanced architectural expression.
In this research, the optimal exoskeleton configuration, in terms of number of exoskeletons and their position around the building, along with the sizing of their constituent elements, has been obtained through an optimization process.
