Hyperbolic Building System

File:Hyperbolic-Paraboloid-01.jpg

Hyperbo Building System has been imagined, designed and patented by Jean-Francois DALLOZ. An Hyperbo element is a pure geometrical form that can be assembled with others to build any kind of structure.

File:Hyperbolic-Paraboloid-02.jpg

An Hyperbo assembly showing two elements removed by a simple rotation. No glue or pins are required to make the building.

Hyperbolic Building System has been imagined, designed and patented by Jean-Francois DALLOZ in 2016. The objective of the Hyperbolic Building System is to carry out floors, pillars, beams, and frameworks. The system is based on the assembly of purely geometrical elements called bars, or known as Hyperboloid.

Improvements are still running and final design will be available shortly.

File:Hyperbolic-Paraboloid-03.jpg

Hyperbo assembly is using a unique element shape that can vary in length. The system is self-locking. Lots of models have been realized.

Principle

The objective of the Hyperbolic Building System is to carry out floors, pillars, beams, and frameworks. The system is based on the assembly of purely geometrical elements called bars.

References

• H. S. M. Coxeter (1961) Introduction to Geometry, p. 130, John Wiley & Sons.
• The technology is patented J.F. Dalloz INPI FR2601710 1988-01-22 for purely hyperbolic paraboloïdes shapes.

External links

• Hyperbolic Building System
• Weisstein, Eric W. "Hyperboloid". MathWorld.
• Weisstein, Eric W. "One-sheeted hyperboloid". MathWorld.
• Weisstein, Eric W. "Two-sheeted hyperboloid". MathWorld.
• Weisstein, Eric W. "Elliptic Hyperboloid". MathWorld.

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