Why does the Changkua Stadium prefer Steel Truss as a supporting structure?

In the field of modern architecture, the Changkua Stadium has always been an eye-catching presence. These magnificent buildings not only provide excellent venues for sports events and various large-scale events, but also become the iconic landscape of the city. Among the many supporting structure options, Steel Truss is very popular. What is the reason why the Changkua Stadium prefers it so much?

1. Excellent strength and stability

Steel Truss is famous for its excellent strength. As a high-strength building material, steel can withstand huge loads. In the Changkua Stadium, it is necessary to support a large area of ​​the roof and accommodate the weight of a large number of spectators and equipment. The steel truss structure can effectively transfer the load to the supporting column through reasonable design to ensure the stability of the entire building.

Its stability is also reflected in its ability to resist various external forces. Whether it is wind load, earthquake action or snow load, Steel Truss can show excellent performance. Through precise calculation and design, the steel truss can remain strong and reliable under different environmental conditions, providing safety protection for people and facilities in the gymnasium.
2. Ideal choice for long-span design
A notable feature of long-span gymnasiums is their huge span. To achieve such a large span, a supporting structure that can span a long distance without excessive deformation is required. Steel Truss meets this need.
Steel trusses can effectively disperse loads and achieve large spans through reasonable configuration design, such as triangles, trapezoids, etc. Compared with other supporting structures, it can provide a larger spatial span without increasing the amount of material. This allows the gymnasium to have a spacious column-free space, providing spectators with a good view and a comfortable viewing experience.
3. Convenient and efficient construction
In the process of building construction, time and cost are important considerations. Steel Truss also has obvious advantages in this regard.
Steel trusses can usually be prefabricated in factories and then transported to the construction site for assembly. This prefabricated production method can greatly improve construction efficiency and reduce on-site construction time. At the same time, because the components of steel trusses are relatively light, they are easy to hoist and install, reducing the difficulty and risk of construction.
In addition, the connection method of steel trusses usually adopts high-strength bolt connection or welding, which is firm and reliable, and can ensure the integrity and stability of the entire structure. Quality control during the construction process is also relatively easy, which is conducive to ensuring the quality of the project.
4. Beauty and innovation
In addition to practicality, the long-span gymnasium, as a landmark building of the city, also needs to have certain beauty and innovation. Steel Truss can show a unique architectural style through different designs and shapes.
The lines of the steel truss are simple and bright, which can create a sense of modernity and technology. At the same time, designers can personalize the steel truss according to the functional and aesthetic requirements of the building to create various creative architectural forms. This not only adds a beautiful landscape to the city, but also enhances the brand value and attractiveness of the gymnasium.
Steel Truss has become the preferred supporting structure of the long-span gymnasium with its excellent strength and stability, ideal choice for large-span design, convenient and efficient construction, and beauty and innovation. With the continuous advancement of construction technology, it is believed that steel trusses will continue to play an important role in the construction of long-span gymnasiums in the future, bringing more exciting sports events and cultural activities to people.