Export Feature

With only one click all 2D airfoils and 3D geometries can be exported natively,
without artifacts, as NURBS curves and surfaces directly into the Rhinoceros 3D environment
for further modeling.

Example: export the NURBS curve of airfoils and surfaces directly into Rhinoceros drawings

 

Example: create with Rhinoceros  a "hull" directly from a 3D airfoil

 

Formula 1 car - front wing

  • s01.formula1car.front.wing
  • s02.formula1car.front.wing
  • s03.formula1car.front.wing
  • s04.formula1car.front.wing
  • s05.formula1car.front.wing
  • s06.formula1car.front.wing
  • s07.formula1car.front.wing
  • s08.formula1car.front.wing
  • s09.formula1car.front.wing
  • s10.formula1car.front.wing
  • s11.formula1car.front.wing
  • s12.formula1car.front.wing

Stack of two S-shaped bike winglets acting as Venturi S-duct

  • s00.bike winglets stack - s-duct concept
  • s01.bike winglets stack - front
  • s02.bike winglets stack - rear
  • s03.bike winglets stack - right
  • s04.bike winglets stack - left
  • s05.bike winglets stack - bottom
  • s06.bike winglets stack - top
  • s07.bike winglets stack - isometric
  • s08.bike winglet - airfoil
  • s09.bike winglet - isometric
  • s10.bike winglet - demonstrative prototype
  • s11.bike winglet - real application

Board with hydrofoil

  • s00.board
  • s01.board
  • s02.board
  • s03.board
  • s04.board
  • s05.board-bottom
  • s06.board-top
  • s07.fin
  • s08.fin-CP
  • s09.finT
  • s10.finT-CP
  • s11.wing
  • s12.wing-CP

T foil rudder

  • s00.T-foil-rudder
  • s01.T-foil-rudder
  • s02.T-foil-rudder
  • s03.T-foil-rudder
  • s04.T-foil-rudder
  • s05.T-foil-rudder-section-detail
  • s06.T-foil-rudder-section-CP
  • s07.T-foil-rudder-wing
  • s08.T-foil-rudder-wing-section-detail
  • s09.T-foil-rudder-wing-section-CP

 

Examples

  • s01. Spoiler Phased Lift Dumping
  • s02. Bulb with Lift Dumping Structure
  • s03. Bulb with Lift Dumping Structure
  • s04. Bulb
  • s05. Fin
  • s06. Hull derived directly from a Real 3D Airfoil
  • s07. Pressure Coefficient Diagram
  • s08. Bat Fin
  • s09. Hi-End Speaker Cabinet
  • s10. S-shaped Airfoil
  • s11. S-shaped Fin
  • s12. S-shaped Fin with Joukowski span
  • s13. Airfoil with Rounded Trailing Edge
  • s14.Super Cavitating Hydrofoil

All other marks and names mentioned herein may be trademarks of their respective companies.