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The article explores the future of high-strength bolt connections in space frame structures, highlighting enhanced load capacity, seismic resilience, and efficient construction. It emphasizes durability, cost savings via corrosion-resistant reuse, IoT-driven monitoring, and sustainable materials aligned with industrialization and green trends.
New materials (high-strength steel, aluminum alloys, carbon fiber) and technologies (3D printing, BIM, IoT sensors, robotic welding) enhance space frame structures’ load capacity, efficiency, and sustainability while enabling innovative design and real-time monitoring, driving modern construction advancements.
The Philippines showcases remarkable space frame structure architecture through iconic structures like the Araneta Coliseum, PICC, National Theater, and Philippine Arena.
This text focuses on the connection technology of glass and space frame structure, including point - type and frame - type connections, as well as sealing and waterproofing techniques (sealing tape and sealant). It also highlights glass processing precision (controlling dimensional and curvature errors) and installation key points (professional equipment, installation order, checking flatness and splicing), aiming to ensure the building’s sealing, aesthetics, and safety.
The article highlights key factors for selecting architectural glass, focusing on strength, optical clarity, and thermal efficiency in structural applications.
Steel truss structures exhibit superior seismic performance with high load capacity, energy dissipation, and self-centering capabilities, making them ideal for high-seismic zones and large-span applications.
The article addresses technical challenges in space frame installation, proposing component optimization, local repair techniques, and welding quality control to resolve issues like ball bearing size mismatches and structural stress.
Steel structure space frame is commonly used in industrial and civil buildings, exhibition venues and other fields, which is highly favored because of its good structural performance, short construction period and other advantages.In this paper, we will discuss the influence of temperature stress and support constraint on steel structure space frame, and analyze its causes and countermeasures.
As an important part of transportation hubs and city gateways, airports have quite high requirements for their architectural form and design. As an important part of the airport building, the airport space frame not only needs to have an aesthetic appearance, but also needs to have structural stability to ensure the safety of passengers and staff.
In the field of modern architecture, gymnasium, as a large-scale public facility, should be designed and constructed not only to meet the functional requirements, but also to show the unique aesthetic value.In this paper, we will discuss the design characteristics of the gymnasium building in the form of space frame structure and the advantages it brings.
Effective glass roof systems require optimized thermal insulation, balanced shading/lighting design, and sustained durability through material selection, adaptive technologies, and regular upkeep.
The design of the glass roof of the space frame structure should focus on ensuring the structural safety (load analysis, joint reliability) and waterproof drainage function (gap seal, slope and drainage system), and balance the mechanical properties and durability requirements.
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2025-04-30
