The Parametric FEM Toolbox is a Grasshopper plugin that is publicly available at https://www.food4rhino.com/app/parametric-fem-toolbox (© Diego APELLÁNIZ)
The Parametric FEM Toolbox is a plugin that implements the RF-COM API of the finite element software Dlubal RFEM in the visual programming environment of Grasshopper (© Diego APELLÁNIZ)
Workflow from Grasshopper to RFEM (© Diego APELLÁNIZ)
Workflow from RFEM to Grasshopper (© Diego APELLÁNIZ)
(a) shell stresses displayed in the Rhino viewport and (b) the evolutionary solver Galapagos being used for the geometric and cross-sectional optimization of a truss structure in RFEM (© Diego APELLÁNIZ)
Additional functionalities of the Parametric FEM Toolbox: “Extrude Members” and “Input for LCA” (© Diego APELLÁNIZ)
Grasshopper 3D model and RFEM calculation model of the Tondo Bridge @ Bollinger+Grohmann along with a picture after completion (© Diego APELLÁNIZ)
My-Co Pavilion and RFEM Model with Applied Wind Loads @ Universität der Künste Berlin (© Diego APELLÁNIZ)
RFEM model and extruded Rhino 3D model of the ArcelorMittal headquarters  @ Bollinger+Grohmann (© Diego APELLÁNIZ)
Rhino Model constructed from a point cloud and RFEM Model of the Red Bull Arena in Leipzig both with new foundation @ Bollinger+Grohmann (© Diego APELLÁNIZ)
Real-time environmental impact analysis from a structural calculation model with the Parametric FEM Toolbox and the Grasshopper plugin of One Click LCA. Office building in Berlin @ Bollinger+Grohmann (© Diego APELLÁNIZ)
The Parametric FEM Toolbox is a Grasshopper plugin that is publicly available at https://www.food4rhino.com/app/parametric-fem-toolbox (© Diego APELLÁNIZ)
The Parametric FEM Toolbox is a plugin that implements the RF-COM API of the finite element software Dlubal RFEM in the visual programming environment of Grasshopper (© Diego APELLÁNIZ)
Workflow from Grasshopper to RFEM (© Diego APELLÁNIZ)
Workflow from RFEM to Grasshopper (© Diego APELLÁNIZ)
(a) shell stresses displayed in the Rhino viewport and (b) the evolutionary solver Galapagos being used for the geometric and cross-sectional optimization of a truss structure in RFEM (© Diego APELLÁNIZ)
Additional functionalities of the Parametric FEM Toolbox: “Extrude Members” and “Input for LCA” (© Diego APELLÁNIZ)
Grasshopper 3D model and RFEM calculation model of the Tondo Bridge @ Bollinger+Grohmann along with a picture after completion (© Diego APELLÁNIZ)
My-Co Pavilion and RFEM Model with Applied Wind Loads @ Universität der Künste Berlin (© Diego APELLÁNIZ)
RFEM model and extruded Rhino 3D model of the ArcelorMittal headquarters  @ Bollinger+Grohmann (© Diego APELLÁNIZ)
Rhino Model constructed from a point cloud and RFEM Model of the Red Bull Arena in Leipzig both with new foundation @ Bollinger+Grohmann (© Diego APELLÁNIZ)
Real-time environmental impact analysis from a structural calculation model with the Parametric FEM Toolbox and the Grasshopper plugin of One Click LCA. Office building in Berlin @ Bollinger+Grohmann (© Diego APELLÁNIZ)
2022-09-09
034055
  • RFEM 5

The Parametric FEM Toolbox is a Grasshopper plugin that is publicly available at https://www.food4rhino.com/app/parametric-fem-toolbox (© Diego APELLÁNIZ)

Used in
  • Enhancing Structural Design with Parametric FEM Toolbox
Share
2022-09-09
034056
  • RFEM 5
The Parametric FEM Toolbox is a plugin that implements the RF-COM API of the finite element software Dlubal RFEM in the visual programming environment of Grasshopper (© Diego APELLÁNIZ)
Used in
  • Enhancing Structural Design with Parametric FEM Toolbox
Share
2022-09-09
034057
  • RFEM 5
Workflow from Grasshopper to RFEM (© Diego APELLÁNIZ)
Used in
  • Enhancing Structural Design with Parametric FEM Toolbox
Share
2022-09-09
034058
  • RFEM 5
Workflow from RFEM to Grasshopper (© Diego APELLÁNIZ)
Used in
  • Enhancing Structural Design with Parametric FEM Toolbox
Share
2022-09-09
034059
  • RFEM 5
(a) shell stresses displayed in the Rhino viewport and (b) the evolutionary solver Galapagos being used for the geometric and cross-sectional optimization of a truss structure in RFEM (© Diego APELLÁNIZ)
Used in
  • Enhancing Structural Design with Parametric FEM Toolbox
Share
2022-09-09
034060
  • RFEM 5
Additional functionalities of the Parametric FEM Toolbox: “Extrude Members” and “Input for LCA” (© Diego APELLÁNIZ)
Used in
  • Enhancing Structural Design with Parametric FEM Toolbox
Share
2022-09-09
034061
  • RFEM 5
Grasshopper 3D model and RFEM calculation model of the Tondo Bridge @ Bollinger+Grohmann along with a picture after completion (© Diego APELLÁNIZ)
Used in
  • Enhancing Structural Design with Parametric FEM Toolbox
Share
2022-09-09
034062
  • RFEM 5
My-Co Pavilion and RFEM Model with Applied Wind Loads @ Universität der Künste Berlin (© Diego APELLÁNIZ)
Used in
  • Enhancing Structural Design with Parametric FEM Toolbox
Share
2022-09-09
034063
  • RFEM 5
RFEM model and extruded Rhino 3D model of the ArcelorMittal headquarters @ Bollinger+Grohmann (© Diego APELLÁNIZ)
Used in
  • Enhancing Structural Design with Parametric FEM Toolbox
Share
2022-09-09
034064
  • RFEM 5
Rhino Model constructed from a point cloud and RFEM Model of the Red Bull Arena in Leipzig both with new foundation @ Bollinger+Grohmann (© Diego APELLÁNIZ)
Used in
  • Enhancing Structural Design with Parametric FEM Toolbox
Share
2022-09-09
034065
  • RFEM 5
Real-time environmental impact analysis from a structural calculation model with the Parametric FEM Toolbox and the Grasshopper plugin of One Click LCA. Office building in Berlin @ Bollinger+Grohmann (© Diego APELLÁNIZ)
Used in
  • Enhancing Structural Design with Parametric FEM Toolbox
Share