Four hyperbolic paraboloid surfaces form an anticlastic shell structure with slanted boundaries and folds over a rectangular plan.
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Four hyperbolic paraboloid surfaces form an anticlastic shell structure with slanted boundaries and folds over a rectangular plan.
2022-11-21
035674
  • RFEM 6

Anticlastic Hypar Shell Structures Over Rectangular Base

Four hyperbolic paraboloid surfaces form an anticlastic shell structure with slanted boundaries and folds over a rectangular plan.

The structure features four hyperbolic paraboloid (hypar) surfaces forming anticlastic shells. These surfaces are positioned over a rectangular plan, with all their boundaries and folds angled. This configuration highlights the geometric complexity and aesthetic of using hypar surfaces in architectural shells.
  • Anticlastic shells
  • Hypar surfaces
  • Structural engineering
  • Shell design
  • Geometry in architecture
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  • Anticlastic Shells with Hypar Surfaces
3D Model
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  • Anticlastic Shells with Hypar Surfaces
Specifications
Block parameters editable dynamically
Number of Nodes 9
Number of Lines 12
Number of Members 0
Number of Surfaces 4
Number of Solids 0
Number of Load Cases 1
Number of Load Combinations 0
Number of Result Combinations 0
Total Weight 31.315 tons
Dimensions (Metric) 12.000 x 2.000 x 10.000 m
Dimensions (Imperial) 39.37 x 6.56 x 32.81 feet
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