In our country, which is located in an earthquake zone, building safety is not a choice but a necessity. We examined how steel construction saves lives with its "ductility" and "lightness" advantages compared to reinforced concrete structures.
Solid Foundations, Safe Tomorrows
The earthquake risk, which is the biggest reality of our geography, has turned the choice of materials into a vital decision in the construction industry. As Mak Çelik, in the light of engineering science, we prove with data that the most resistant building system against earthquakes is "Steel Construction".
1. Lightness Saves Lives
The rules of physics are simple: The earthquake force acting on a building is directly proportional to the weight of the building ($F=m \times a$). Steel structures are approximately 50% lighter than reinforced concrete structures. This means much less load is placed on the structure during an earthquake and the risk of collapse is minimized.
2. Flexibility (Ductility), Not Fracture
Concrete is a brittle material, while steel is “ductile.”Steel structures absorb (absorb) the tremendous energy created by earthquake waves by stretching. The structure can change shape, but it remains standing without collapsing, protecting the living things inside.
3. Homogeneous and Controllable Production
Steel elements are produced with computer-controlled machines in our factory, not on the construction site. The quality and durability of the material is the same (homogeneous) in every millimeter. It does not pose risks such as hidden fractures or casting errors.
Do not risk your investments and most importantly your life. Trust the power of steel for a safe future.
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