6-node hybrid composite IsoTruss
Standing on an IsoTruss pole - not fragile, not a toy
IsoTruss is strong enough to stand on, light enough to hold with one hand

IsoTruss® grid structures offer a lightweight and efficient alternative to traditional  wood, steel, aluminum and composite structures. The highly symmetric and redundant nature of IsoTruss structures provides an attractive, efficient, and damage tolerant design.  The open grid enables a variety of standard and innovative connections. This unique form of advanced composite grid structure is revolutionizing structures as they exist today, resulting in lighter, more architecturally appealing, and more environmentally friendly structures.

Technical Description
The three-dimensional, yet relatively simple geometry of IsoTruss® grid structure provides substantial resistance to local and global column buckling, while lending itself to cost effective fabrication using batch or automated continuous manufacturing techniques. IsoTruss extrapolates the traditional 2-D triangle based truss to a 3-D truss made up of pyramids formed by isosceles triangles.

The IsoTruss® can support axial tension or compression, torsion, or flexure (bending) loads, or any combination thereof.  Each individual member carries primarily axial loads, taking full advantage of the inherent strength and stiffness of continuous fiber-reinforced composites.  IsoTruss structures are particularly effective when replacing structures that were stability-critical designs.

 

NEWS FLASH (May/June 2007)History Channel's Modern Marvels Invent Now Challenge Semi-Finalist (click on "2007 Winners", then "Semi-Finalists", then scroll down -- winners are in alphabetical order)

NASA Spinoff 2007 Magazine

ASCE News (scroll down to 3rd article)

BYU News Release

Deseret News

U.S. Patent & Trademark Office (#17 in alphabetical list)

 

Advantages

  • Low Overall Cost
  • High Strength
  • High Stiffness
  • Light Weight (~10% of steel)
  • Easy Maintenance
  • Environmentally Friendly
  • Redundant Load Path
  • High Damage Tolerance

Shapes

Fibers
  • Carbon

  • Aramid

  • Fiberglass

  • Basalt

  • Bamboo

  • Boron

  • Silicon Carbide

  • Flax

Resins
  • Epoxy
  • Vinylester
  • Polyester
  • Phenolic
  • Melamine
  • Silicone

 

  • Polypropylene   
  • PPS
  • Polyamide
  • PEEK
  • Polyurethane
  • Ceramic

IsoTruss.org Homepage
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This page was last updated on Wednesday January 09, 2008

Copyright © January 2008.  All rights reserved.  IsoTruss® is a registered trademark.