Home
About Us
Applications
Science
Lattice Gallery
Blog
Contact

Home
Concepts
Office tower

Office tower

March 17, 2017 / xtyadmin / Concepts

Imagine.. a seismically stable structure because the tension members dampen the vibration of energy waves.

Related Posts

Technology Differentiation / Material Uniqueness

1 year ago

Nature Geometry

Nature’s Geometry At Work With C6XTY

1 year ago

Microstructure Within Macrostructure

1 year ago

flextegrity video

C6XTY – building and creating with nature

2 years ago

Erosion Control

Slope Protection & Erosion Control Handled By C6XTY

1 year ago

Cubo-Octahedron Detail

4 years ago

Search the site

Recent Posts

How to Keep Our Brains Active at Home by Learning c6xty – C60 – Geometry

1 year ago

Navigating the Lattice

1 year ago

Generating the Flextegrity Lattice

1 year ago

Stay Prepared For Earthquakes With Proper Measures

1 year ago

Categories

Applications
Array/Lattice Variations
Buckminster Fuller Articles
Concepts
Demonstrations of C6XTY
Earthquake Proof Structures
Erosion Control
Events
Geometric Lattice
Ground Stabilization
HomeDisplay
Important Examples
Kirby
LatticeGallery-Portland
Material Properties
Nature’s Geometry C6XTY
Press Release
Products
Technology
Technology Development
Uncategorized
v.1.0 Parts/Models
v.2.0 Parts/Models
v.3.0 Parts/Models
v.4.0 Parts/Models
v.5.0 Parts/Models
Video – with C6XTY
Video Interview

Consult with us on how to utilize C6XTY.

We will guide you to full implementation of the incredible geometric advantages of using C6XTY within your structures.

(c) 2021 C6XTY – Powered by Flextegrity, Inc., Setup by Webwork

Flextegrity: Innovations in Structural Optimization
Applications
Soil Stabilized Pipe Support Solutions
Strong Sphere
Structurally Optimized Geometry Derived from Nature
Roadways/Bridges/ Stormwater Management
Intelligent Streets & Sidewalks
Artificial Reef
Catalytic Converter
Building-scale Mega-Architectures
Architectural & Lighting Features
Artificial Muscle / Bio-Materials

Flextegrity: A Problem-Solving Technology
Advanced Polyhedral Materials
Mathematical Model of Icosahedral Materials
Technology Differentiation / Material Uniqueness
Stress Analysis Icosahedron Beam
Omni-extensible Anisotropic Topologies
Compression Study of Open Faced Icosahedron
Nanoscale Biological Icosahedral Structures
Soil Stabilized Pipe Support Solutions
Market Opportunities
Local Deformation with Global Stiffness