Basic Shapes of Membrane Structures [1]
Hypar Membrane Structure
  • 3D Viewer
  • 3D Viewer | Babylon
  • Virtual Reality
FE Mesh and Alignment of Warp (Red) and Weft (Green) Threads
  • 3D Viewer
  • 3D Viewer | Babylon
  • Virtual Reality
Vectors of Principal Internal Forces n1, n2
  • 3D Viewer
  • 3D Viewer | Babylon
  • Virtual Reality
Vectors of Principal Internal Forces n1, n2
  • 3D Viewer
  • 3D Viewer | Babylon
  • Virtual Reality
Vectors of Principal Internal Forces n1, n2 and Axial Force N
Arch-Supported Membrane
Vectors of Principal Internal Forces n1, n2 for Representation of Uniform Isotropic Prestress
Membrane Structure
  • 3D Viewer
  • 3D Viewer | Babylon
  • Virtual Reality
Vectors of Principal Internal Forces n1, n2
  • 3D Viewer
  • 3D Viewer | Babylon
  • Virtual Reality
Hypars Divided by Geodesic Cuts (Left) and Planar Cuts (Right)
  • 3D Viewer
  • 3D Viewer | Babylon
  • Virtual Reality
Cutting Patterns Created by Means of Geodetic Cutting Lines (Left) and Plane Sections (Right)
Cutting Patterns for Fabric with Surface Treatment (Top) and for Textile Mesh Without Surface Treatment (Bottom)
Different Shape of Cutting Patterns when Using Different Materials
Basic Shapes of Membrane Structures [1]
Hypar Membrane Structure
FE Mesh and Alignment of Warp (Red) and Weft (Green) Threads
Vectors of Principal Internal Forces n1, n2
Vectors of Principal Internal Forces n1, n2
Vectors of Principal Internal Forces n1, n2 and Axial Force N
Arch-Supported Membrane
Vectors of Principal Internal Forces n1, n2 for Representation of Uniform Isotropic Prestress
Membrane Structure
Vectors of Principal Internal Forces n1, n2
Hypars Divided by Geodesic Cuts (Left) and Planar Cuts (Right)
Cutting Patterns Created by Means of Geodetic Cutting Lines (Left) and Plane Sections (Right)
Cutting Patterns for Fabric with Surface Treatment (Top) and for Textile Mesh Without Surface Treatment (Bottom)
Different Shape of Cutting Patterns when Using Different Materials
2024-05-30
009595
  • RFEM 5
  • RF-FORM-FINDING 5
  • Tensile Membrane Structures
    • Form-Finding and Cutting Patterns

Basic Shapes of Membrane Structures [1]

Used in
  • Specific Requirements of Membrane Structures
Share
2024-05-30
009596
  • RFEM 5
  • RF-FORM-FINDING 5
  • Tensile Membrane Structures
    • Form-Finding and Cutting Patterns
Membrane Structure in Form of Hyperbolic Paraboloid
Hypar Membrane Structure

Used in
  • Specific Requirements of Membrane Structures
3D Model
More About 3D Model
  • Roofing with Membrane Structure and Reinforced Concrete
Specifications
Number of Nodes 17
Number of Lines 17
Number of Members 17
Number of Surfaces 2
Number of Load Cases 2
Total Weight 0,359 t
Dimensions (Metric) 18.500 x 18.500 x 4.250 m
Dimensions (Imperial) 60.7 x 60.7 x 13.94 feet
Program Version 5.24.00
Share
2024-05-30
009597
  • RFEM 5
  • RF-FORM-FINDING 5
  • Tensile Membrane Structures
    • Form-Finding and Cutting Patterns
FE Mesh and Alignment of Warp (Red) and Weft (Green) Threads 
FE Mesh and Alignment of Warp (Red) and Weft (Green) Threads

Used in
  • Specific Requirements of Membrane Structures
3D Model
More About 3D Model
  • Roofing with Membrane Structure and Reinforced Concrete
Specifications
Number of Nodes 17
Number of Lines 17
Number of Members 17
Number of Surfaces 2
Number of Load Cases 2
Total Weight 0,359 t
Dimensions (Metric) 18.500 x 18.500 x 4.250 m
Dimensions (Imperial) 60.7 x 60.7 x 13.94 feet
Program Version 5.24.00
Share
2024-05-30
009598
  • RFEM 5
  • RF-FORM-FINDING 5
  • Tensile Membrane Structures
    • Form-Finding and Cutting Patterns
Vectors of Principal Internal Forces n1, n2
Used in
  • Specific Requirements of Membrane Structures
3D Model
More About 3D Model
  • Roofing with Membrane Structure and Reinforced Concrete
Specifications
Number of Nodes 17
Number of Lines 17
Number of Members 17
Number of Surfaces 2
Number of Load Cases 2
Total Weight 0,359 t
Dimensions (Metric) 18.500 x 18.500 x 4.250 m
Dimensions (Imperial) 60.7 x 60.7 x 13.94 feet
Program Version 5.24.00
Share
2024-05-30
009599
  • RFEM 5
  • RF-FORM-FINDING 5
  • Tensile Membrane Structures
    • Form-Finding and Cutting Patterns
Vectors of Principal Internal Forces n1, n2
Used in
  • Specific Requirements of Membrane Structures
3D Model
More About 3D Model
  • Roofing with Membrane Structure and Reinforced Concrete
Specifications
Number of Nodes 17
Number of Lines 17
Number of Members 17
Number of Surfaces 2
Number of Load Cases 2
Total Weight 0,359 t
Dimensions (Metric) 18.500 x 18.500 x 4.250 m
Dimensions (Imperial) 60.7 x 60.7 x 13.94 feet
Program Version 5.24.00
Share
2024-05-30
009600
  • RFEM 5
  • RF-FORM-FINDING 5
  • Tensile Membrane Structures
    • Form-Finding and Cutting Patterns
Vectors of Principal Internal Forces n1, n2 and Axial Forces N
Vectors of Principal Internal Forces n1, n2 and Axial Force N

Used in
  • Specific Requirements of Membrane Structures
Share
2024-05-30
009601
  • RFEM 5
  • RF-FORM-FINDING 5
  • Tensile Membrane Structures
    • Form-Finding and Cutting Patterns
Arch-Supported Membrane
Used in
  • Specific Requirements of Membrane Structures
Share
2024-05-30
009602
  • RFEM 5
  • RF-FORM-FINDING 5
  • Tensile Membrane Structures
    • Form-Finding and Cutting Patterns
Vectors of Principal Internal Forces n1, n2 for Representation of Uniform Isotropic Prestress
Used in
  • Specific Requirements of Membrane Structures
Share
2024-05-30
009603
  • RFEM 5
  • RF-FORM-FINDING 5
  • Tensile Membrane Structures
    • Form-Finding and Cutting Patterns
Membrane Structure
Used in
  • Specific Requirements of Membrane Structures
3D Model
More About 3D Model
  • Deformed FE Mesh: Membrane Tent
Specifications
Number of Nodes 124
Number of Lines 169
Number of Members 112
Number of Surfaces 49
Number of Load Cases 1
Total Weight 5,724 t
Dimensions (Metric) 62.926 x 62.926 x 10.434 m
Dimensions (Imperial) 206.45 x 206.45 x 34.23 feet
Program Version 5.21.00
Share
2024-05-30
009604
  • RFEM 5
  • RF-FORM-FINDING 5
  • Tensile Membrane Structures
    • Form-Finding and Cutting Patterns
Vectors of Principal Internal Forces n1, n2
Used in
  • Specific Requirements of Membrane Structures
3D Model
More About 3D Model
  • Deformed FE Mesh: Membrane Tent
Specifications
Number of Nodes 124
Number of Lines 169
Number of Members 112
Number of Surfaces 49
Number of Load Cases 1
Total Weight 5,724 t
Dimensions (Metric) 62.926 x 62.926 x 10.434 m
Dimensions (Imperial) 206.45 x 206.45 x 34.23 feet
Program Version 5.21.00
Share
2024-05-30
009605
  • RFEM 5
  • RF-FORM-FINDING 5
  • Tensile Membrane Structures
    • Form-Finding and Cutting Patterns
Hyperbolic Paraboloid Divided by Geodesic Section Lines (Left) and Plane Sections (Right)
Hypars Divided by Geodesic Cuts (Left) and Planar Cuts (Right)

Used in
  • Specific Requirements of Membrane Structures
3D Model
More About 3D Model
  • Roofing with Membrane Structure and Reinforced Concrete
Specifications
Number of Nodes 17
Number of Lines 17
Number of Members 17
Number of Surfaces 2
Number of Load Cases 2
Total Weight 0,359 t
Dimensions (Metric) 18.500 x 18.500 x 4.250 m
Dimensions (Imperial) 60.7 x 60.7 x 13.94 feet
Program Version 5.24.00
Share
2024-05-30
009606
  • RFEM 5
  • RF-FORM-FINDING 5
  • Tensile Membrane Structures
    • Form-Finding and Cutting Patterns
Cutting Patterns Created by Means of Geodetic Cutting Lines (Left) and Plane Sections (Right)
Used in
  • Specific Requirements of Membrane Structures
Share
2024-05-30
009607
  • RFEM 5
  • RF-FORM-FINDING 5
  • Tensile Membrane Structures
    • Form-Finding and Cutting Patterns
Cutting Patterns for Fabric with Surface Treatment (Top) and for Textile Mesh Without Surface Treatment (Bottom)
Used in
  • Specific Requirements of Membrane Structures
Share
2024-05-30
009608
  • RFEM 5
  • RF-FORM-FINDING 5
  • Tensile Membrane Structures
    • Form-Finding and Cutting Patterns
Different Shape of Cutting Patterns when Using Different Materials
Used in
  • Specific Requirements of Membrane Structures
Share