The Incredible Burj Khalifa: Defying Sandstorms and Building a Strong Foundation

💪The Burj Khalifa's foundation is designed to withstand sandstorms and carry electricity continuously to prevent corrosion.

🏗️The construction of the Burj Khalifa involved drilling deep piles and pouring special concrete to create a strong foundation.

🌪️The building's design includes additional piles in the wing area to withstand strong winds up to 240 km/h.

🧪Rigorous pile load tests were performed to analyze the optimal placement and stability of the piles.

⚡The Burj Khalifa's foundation uses a cathodic protection system with titanium mesh to prevent corrosion of rebars.

How does the Burj Khalifa withstand sandstorms?

—The Burj Khalifa's design includes additional piles in the wing area to withstand strong sandstorms.

Why does the Burj Khalifa's foundation need to carry electricity continuously?

—Continuous electricity supply prevents corrosion of the rebars in the foundation caused by seeping salty water.

What challenges were faced during the construction of the Burj Khalifa's foundation?

—The construction involved drilling deep piles in loose Dubai soil and pouring special concrete in high temperatures.

How did the engineers ensure the stability of the piles in the Burj Khalifa's foundation?

—Rigorous pile load tests were performed to analyze the optimal placement and stability of the piles.

What is the purpose of the cathodic protection system used in the Burj Khalifa's foundation?

—The cathodic protection system prevents corrosion of the rebars in the foundation by supplying the optimum amount of current flow.

00:00The Burj Khalifa in Dubai is an architectural marvel that withstands sandstorms and has a strong foundation.

00:08The foundation is designed to carry electricity continuously to prevent corrosion.

00:23The construction involved drilling piles and pouring special concrete.

01:10The building's design includes additional piles in the wing area to withstand strong winds up to 240 km/h.

03:39Rigorous pile load tests were performed to analyze the optimal placement and stability of the piles.

06:40The Burj Khalifa's foundation uses a cathodic protection system with titanium mesh to prevent corrosion of rebars.