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From the perspective of architectural structure, it adopts a cantilevered structural system. The steel skeleton, with its rational force - bearing layout, forms a stable supporting framework. The membrane material is tensioned to form a series of smooth and dynamic curved surfaces, which not only effectively spans the grandstand space but also endows the structure with a sense of lightness and technological sense.
From the perspective of architectural structure, it adopts a cantilevered structural system. The steel skeleton, with its rational force - bearing layout, forms a stable supporting framework. The membrane material is tensioned to form a series of smooth and dynamic curved surfaces, which not only effectively spans the grandstand space but also endows the structure with a sense of lightness and technological sense.
The Air Dome, showcased in these images, is an innovative architectural solution tailor-made to meet the specialized needs of COMAC Institute.This cutting-edge inflatable structure boasts a sleek, aerodynamic design. Its exterior, as seen from the aerial views, features a durable, weather - resistant membrane that ensures long - term functionality while blending harmoniously with the surrounding environment of the institute.
From the perspective of architectural structure, it adopts a cantilevered structural system. The steel skeleton, with its rational force - bearing layout, forms a stable supporting framework. The membrane material is tensioned to form a series of smooth and dynamic curved surfaces, which not only effectively spans the grandstand space but also endows the structure with a sense of lightness and technological sense.
The Air Dome technology offers several advantages. It allows for rapid construction, enabling the village to have a high - quality sports facility in a short time. The air - supported structure is also energy - efficient, as it maintains a stable internal environment with less energy consumption compared to traditional buildings. Moreover, the durable materials used in the Air Dome ensure a long service life, making it a sustainable investment for the community.
From the perspective of architectural structure, it adopts a cantilevered structural system. The steel skeleton, with its rational force - bearing layout, forms a stable supporting framework. The membrane material is tensioned to form a series of smooth and dynamic curved surfaces, which not only effectively spans the grandstand space but also endows the structure with a sense of lightness and technological sense.
The Sijing Urban Center Air Dome Gymnasium stands as a remarkable example of our Air Dome product line's capabilities. These air domes, with their sleek, inflatable structures, offer a versatile and innovative solution for indoor sports and recreational spaces.
The Air Dome used by Weiya Gongxue Sports boasts excellent performance. As can be seen from the overall aerial view, it perfectly integrates with the surrounding buildings and sports fields, and its grand appearance design demonstrates the style of modern sports facilities. In the close-up shot, the white dome stands out remarkably against the blue sky, and its stable structure ensures safety in use.
Jincai Experimental Center Sports proudly presents its state-of-the-art Air Dome, a revolutionary sports facility seamlessly integrating into the campus landscape. The exterior showcases a sleek, white dome structure complemented by modern red-brick buildings, standing tall against the urban skyline, offering a striking visual contrast that blends functionality with architectural elegance. Inside, the Air Dome.
