Optimized Application of Steel-Wood Materials in Large-Span Spatial Structures

Abstract

With the continuous development of society and the increasing progress of science and technology, the construction industry has higher and higher requirements for the form and material properties of large-span spatial structures. Under this background, the application of steel-wood structures in large-span spatial structures brings new technical design principles and more possibilities for modern architectural engineering. In this paper, the application of steel-wood materials in large-span spatial structures and case model analysis are deeply studied. Firstly, the design theory of steel-wood materials used as main building materials in long-span spatial structures is analyzed from the aspects of stability and strength of building structures. Then, the rationality, safety and economy of steel-wood materials in application are discussed. Finally, the application cases and effects of the dome-shaped cloud structure model are analyzed, and the application advantages of steel-wood materials in specific large-span spatial structures are illustrated. The results show that the steel-wood structure has good structural strength and stability, can effectively cope with various static and dynamic loads, and improve the functionality and safety of the building. At the same time, it can reduce the construction cost and reduce the pollution to the environment. The steel-wood structure can show excellent versatility and flexibility in the large-span spatial structures, so as to achieve efficient space utilization.