Engineering of the Sprint Canopy, focusing on height, slender columns, buckling, logistics.
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Engineering of the Sprint Canopy, focusing on height, slender columns, buckling, logistics.
2025-12-05
060479
  • RFEM 6

Sprint Canopy Engineering Challenges Overview

Engineering of the Sprint Canopy, focusing on height, slender columns, buckling, logistics.

The Sprint Canopy project involved engineering high structures, with a focus on addressing challenges such as buckling and overall stability. The design featured 27-meter high slender columns under variable loads through different construction stages. Logistics complexities arose with the oversized elements requiring specialized shipping methods from Europe to Singapore. The transport of tall columns and wide arches via barge maintained their structural integrity.
  • Structural engineering
  • Logistics challenges
  • Stability concerns
  • Tall structures
  • Engineering solutions
Used in
  • Sprint Canopy Structural Analysis
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  • Sprint Canopy Structural Analysis
Specifications
Number of Nodes 636
Number of Lines 1124
Number of Members 1059
Number of Surfaces 369
Number of Solids 0
Number of Load Cases 12
Number of Load Combinations 20
Number of Result Combinations 29
Total Weight 436.083 tons
Dimensions (Metric) 64,650 x 26,610 x 68,270 m
Dimensions (Imperial) 212.11 x 87.3 x 223.98 feet
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