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Airport space frame structures rely on materials like steel, aluminum, and fiberglass, each chosen based on strength, weight, and aesthetic requirements. Proper selection ensures safety, cost-efficiency, and visual appeal, especially in large-scale applications like hangars and iconic auditoriums.
Space frame structures enhance the sustainability of concert hall design through eco-friendly materials, energy-efficient systems, modular flexibility, and low environmental impact. Their structural advantages support both functional performance and environmental responsibility.
This article presents five innovative space frame structure stadium projects in China, showcasing efficient design, advanced construction methods, and optimized space frame cost and detailing techniques.
Glass dome space frame architecture merges beauty, strength, and efficiency, offering light-filled, iconic structures ideal for public venues, cultural spaces, and airport hangars worldwide.
Space frame truss structures, made from tubular steel members, are widely used in modern architecture for their lightweight, high-strength, and aesthetic flexibility. Ideal for large-span buildings like stadiums, aircraft hangars, and canopies, they offer excellent structural stability and cost efficiency. Evolving from offshore platforms, they now support diverse structures, meeting both functional and design demands.
This article highlights how large-span space frame and truss structures provide functional, economic, and aesthetic solutions in public buildings like airports, sports arenas, and religious landmarks. Their efficiency, cultural adaptability, and sustainability make them ideal for modern architecture.
Steel structure buildings show significant superiority in terms of building life due to their unique material properties and structural advantages. This article mainly introduces the main advantages of steel structure in terms of building life.
Space frame structures, with their lightweight, flexible, and aesthetic properties, meet the complex demands of modern architecture through customization, sustainability, and technological integration.
This article outlines the major advantages of space frame structures in large-span applications, emphasizing stability, efficiency, seismic performance, aesthetic flexibility, and industrial adaptability.
This article explores the innovative applications of space frame structures in high-rise building design, covering new materials, structural forms, digital design, energy efficiency, and construction technologies for smarter, more sustainable architecture.
Space frame structures excel in seismic design due to their unique features. In seismic design, factors likevertical and horizontal seismic calculations, vibration mode decomposition reaction spectrum method, damping ratio determination, bearing node performance, and seismic vulnerability analysis are crucial for ensuring their safety.
The quality and performance of color steel plates significantly impact the safety of space frame structures. Factors including self-weight, wind/snow load capacity, fire resistance, waterproofing, and insulation properties of color steel plates can affect the stability, fire safety, durability, and temperature stability of the building. High-quality color steel plates ensure structural integrity and enhance the overall safety of space frame structures.
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2025-06-13
