The adoption of a light steel structure system can reduce the damage to the original ecological environment. In recent years, with the rapid development of the tourism industry, many unique natural landforms and primitive ecological areas have been incorporated into tourism development projects. The development and construction of these tourism projects have increased economic income, but it is undeniable that the traditional architectural system often causes huge or even fatal damage to the original ecological natural landscape.
How to resolve the contradiction between development and destruction? If a light steel structure system is adopted for construction, the damage to the original ecological environment can be minimized to the greatest extent. Whether during construction or usage, it can effectively protect the environment because steel structure projects are mass-produced and the steel structures used are also representatives of green building materials. It is convenient and quick to disassemble and install, with dry operation, zero emissions and no pollution to the surrounding environment.
The image of a tourist attraction not only represents the attraction itself, but also a city or even a country. Image is productivity. Whoever showcases a new brand will win the market. Rich and diverse architectural styles are an important factor in the image of scenic spots. The rich and diverse appearances of light steel buildings offer multiple options for the theme styles of scenic spots.
The rapid construction of light steel structures has shortened the construction period of scenic spots and reduced the time of capital occupation. It can be occupied immediately after factory production, assembly installation and dry construction installation. Compared with traditional buildings, the construction period is greatly shortened, the occupation period of investment funds is shortened, and the investment efficiency is improved.
Light steel structures have strong seismic performance. When disasters strike, they can significantly reduce the harm to people and minimize losses to the greatest extent. The roof of the light steel integrated house adopts a cold-formed steel triangular truss structure, and the main walls use a cold-formed steel load-bearing shear wall structure. After laying directional structural panels and gypsum boards, each component forms a very strong plum-ribbed structure system. The cold-formed thin-walled steel has certain ductility when subjected to force. Therefore, compared with the traditional brick-concrete structure, this structure has stronger seismic resistance and horizontal load resistance, and is suitable for areas with a seismic intensity of 9 degrees. When a strong earthquake occurs, it will only deform without collapsing or breaking, causing little harm to people, facilitating escape, reducing the workload of rescue personnel and improving rescue efficiency.
Light steel structure houses have many advantages. Whether they are scenic area buildings, public buildings or rural residences, they will gradually become the first choice for future construction.
