Engineering Vertical Ambition
The skeleton rises. High-tensile steel exoskeletons, post-tensioned concrete cores, and tuned mass dampers work in concert to create structures that flex with seismic drift yet stand immovable against time.
A tower's structure is decided long before steel touches the ground. Here's how we take a concept from first sketch to a fabrication-ready structural system.
Early-stage structural schemes tested against architectural intent, buildability, and cost targets.
Nonlinear response-history modeling validates performance under lateral seismic and wind loads.
Optimized concrete cores and steel outrigger trusses balance stiffness against material efficiency.
On-site QA during steel erection and concrete pours keeps tolerances within design limits.