Steel Framed Stadium
Application Case
- Eastern Europe Steel Stadium
- Latin America Steel Stadium
- Middle East Steel Stadium
- Netherlands Steel Stadium
- Northern Europe Steel Stadium
- Prefabricated Steel Stadium
- Steel Stadium
- Western Europe Steel Stadium
Introduction
The steel framed stadium is a place for indoor sports games and physical trainings. The stadium comes in a lot of categories. By the using purpose, it can be divided into competition stadium and training stadium. By sports, it can be divided into basketball stadium, hockey stadium, track and field stadium, etc. The sports center can also be divided into large, medium and small ones according to the holding capacity. Now in China, we call the one with more than 8,000 seats a large stadium, the one with less than 3000 seats a small stadium, and the one with any number in between a medium stadium.
A prefabricated stadium has the following advantages:
1. Lightweight
2. Reliable
3. Excellent shock and impact resistance
4. Highly industrialized
5. Adaptive to accurate and quick assembling
6. Large interior space
7. Easily enclosed structure
8. Recyclable
9. Short construction period
Description
1. Project: steel framed stadium (prefab gymnasium)
2. Foundation: concrete and steel
3. Main components: gantry light steel frame
4. Material: Q235, Q345 (S355JR) (S235JR) steel
5. I Beams: welded or hot-rolled
6. Purlin: C and Z purlins (C120-C320, Z100 Z200)
7. Support: X and V or other types; angle steel or round tube
Secondary components: roof, window, wall, door
1. Roof: color corrugated steel sheets (thickness of 0.3-0.8mm) ; sandwich panels (thickness of 50-250mm)
2. Window: aluminum or plastic steel
3. Wall: sandwich panels (EPS, PU, RW)
4. Door: rolling doors or sliding doors
5. Surface treatment: two layers of anti-rust paint
6. Accessories: translucent skylights, fans, water pipes, galvanized gutters, etc.
Design Parameters of Steel Framed Stadium
1. Roof live load (KN/sqm)
2. Wind speed (km/h)
3. Snow load (kg/m2)
4. Earthquake load if have
5. Details of doors and windows
6. Crane (if any): span, lifting height, the maximum capacity, the maximum pressure and minimum pressure
7. Size: width×length ×eave height, roof slope
