Architectural Design

Burj Khalifa

Designed innovative structural solutions to support the world’s tallest skyscraper.

year
2010
size
309,473 m²

About project

Foundation Work

The foundation had to support extreme height, requiring 50-meter-deep piles made of high-strength concrete. Engineers tested soil stability extensively before pouring thousands of tons of reinforced concrete.

Structural Core Development

A strong central core was essential to withstand wind forces. The y-shaped floor plan was designed to distribute weight evenly, maximizing both stability and usable space.

Wind Tunnel Testing

Over 40 wind tunnel tests were conducted to refine the design. Engineers adjusted the tower’s setbacks to reduce wind vortex effects, ensuring safety at extreme heights.

Final Touches & Interior Spaces

The interior features luxury residences, offices, and observation decks, designed with premium materials. Advanced elevator systems allow smooth vertical transport across 163 floors.

product used

High-Strength Concrete

A durable and reinforced concrete mix designed to withstand extreme loads and weather conditions. Commonly used in skyscrapers and large-scale infrastructure projects.

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