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C6XTY
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Explore Ground Stabilization Methods & Load Support System

April 23, 2020 / Sam Lanahan / Ground Stabilization
Load Support System

Ground stabilization is the most critical chapter of Geotechnical Engineering along with a load support system. That’s why more than enough methods are developed for stabilization using a wide array of materials. From cement, bitumen, geotextile, to lime, here we will discuss all the plausible ways for ground stabilization to improve the soil properties.

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3D Printing Of Geometric Lattice Takes The Load

April 15, 2020 / Sam Lanahan / Geometric Lattice
3D Print Lattice - C6XTY

Additive Manufacturing has already changed the conventional methods of designing and manufacturing process. And 3D Geometry is one of the biggest selling points for the technology. From easy fabrication to innovation in designing, the 3D print lattice certainly has more than enough benefits.

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Geometry with Kirby – VUCA

April 9, 2020 / steffan / Kirby, Material Properties

VUCA (latest curriculum writing) integrating the concept of “risk” even mentioning “Chief Risk Officer” and VUCA, in this special curriculum: https://github.com/4dsolutions/School_of_Tomorrow/blob/master/stats_works.ipynb Look for this image: At the link above for the School of Tomorrow, you will see that image, and what comes below it is intense mathematics which is why they present it as a […]

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Nature’s Geometry At Work With C6XTY

April 6, 2020 / Sam Lanahan / Nature’s Geometry C6XTY
Nature Geometry

Nature has already given us everything we need. But it is the human mind that wants to comprehend more than what exists in nature. C6XTY is creating materials and structures that are based on the geometry nature has already provided us. From C6XTY lattices to the full inception of Buckminster Fuller’s theory of Ephemeralization, C6XTY […]

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Visualization with Kirby Urner Cuboctahedron dual Rhombic Dodecahedron

April 1, 2020 / steffan / Kirby, Material Properties

Thinking through the shapes with all of the math working precisely, enters Kirby Urner, holding a diagram of the geometry, no, wait, an animated gif pushing the power of visualization. Here we have a Cuboctahedron dual Rhombic Dodecahedron… 6-square-8 triangular-14-in-all-Cuboctahedron-dual-Rhombic-Dodecahedron-Yellow-and-Blue-respectively! This is not only for geometry buffs. There are practical applications.

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Advanced Polyhedral Materials

December 22, 2019 / flo / Technology

Flextegrity, Inc. makes possible advanced polyhedral materials that anticipate and meet the comprehensive demands of civil engineering applications, disaster-resistant housing, environmental solutions, and revolutionary product designs. The foundation of Flextegrity’s intellectual property is a unique and innovative icosahedron and truncated icosahedrons tensile architecture for assembled structural materials called “C6XTY.” In later patents the work has […]

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Press Releases

Innovator Sam Lanahan Has Air Traffic Over His House Because Of His Patented Lattice

1 year ago

Sam Lanahan Lecture On The Evolution of Synthetic Lattices

1 year ago

The Lattice Gallery Portland presents Explorations in Dynamic Equilibrium

1 year ago

Recent Events

First Thursday – Portland Gallery walk – An Evening with Sam Lanahan

Lecture by inventor Sam Lanahan Building in Tension

Sam Lanahan lectures on C6xty and the history of Lattices

Sam Lanahan First Thursdays at The Lattice Gallery – Portland

Booth 649 – AIA Conference on Architecture

Recent Posts

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

Navigating the Lattice

Generating the Flextegrity Lattice

Earthquake proof structures

Stay Prepared For Earthquakes With Proper Measures

Erosion Control

Slope Protection & Erosion Control Handled By C6XTY

Kirby’s Rhombic Triacontahedron

Categories

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History of Posts

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  • March 2018
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  • November 2017
  • October 2017
  • June 2017
  • May 2017
  • March 2017
  • August 2007
Consult with us on how to utilize C6XTY.
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Top
  • 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