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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.
In the modern transportation energy system, gas station plays an indispensable role, and gas station space frame structure, as its key structural support part, has a unique and important position.
Optimize space frame structure painting via surface treatment, paint selection, and spraying process upgrades. Use advanced cleaning tech, select environment - suited paints, improve spray equipment, and adjust parameters for better results.
Three major exhibition centers showcase diverse space frame structures. Hannover uses advanced truss for large spans, Guangzhou features a hyperbolic parabolic design for ventilation, and Shanghai adopts a lightweight steel frame for efficiency, all blending function with visual appeal.
This text introduces the production processes of welding ball nodes and bolt ball nodes, the assembly steps of space frame including unit, middle splicing unit and total assembling, as well as quality inspection and acceptance methods like appearance, dimensional accuracy, non - destructive testing and load test (if necessary).
The article details space frame structure production: design (selection, analysis), material prep (steel inspection), and rod processing (cutting/bending). Emphasizes precision, structural optimization, and quality control for load-bearing efficiency.
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.
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2025-05-16
