Month: December 2019

Advanced Polyhedral Materials

Advanced Polyhedral Materials

Flextegrity, Inc. makes possible advanced polyhedral materials that anticipate and meet the comprehensive demands of civil engineering applications, disaster-resistant housing,…
Mathematical Model of Icosahedral Materials

Mathematical Model of Icosahedral Materials

by Mark A. Martin, Ph.D. August 2006, © Flextegrity, Inc. 2006, 2007 Introduction An icosahedral material is a regular three­dimensional array…
Technology Differentiation / Material Uniqueness

Technology Differentiation / Material Uniqueness

Flextegrity’s innovative micro-architecture, which capitalizes on the dynamic equilibrium inherent in the complementary coexistence of tension and compression, offers material…
Stress Analysis Icosahedron Beam

Stress Analysis Icosahedron Beam

Finite Element Stress Analysis of Icosahedron Beam by Ross Engineering, Prepared for: Mr. Sam Lanahan, Flextegrity Abstract This is a…
Omni-extensible Anisotropic Topologies

Omni-extensible Anisotropic Topologies

In this article we present Flextegrity’s patent – arrays that vary anisotropically, omni-topologically, creating myriad hybrid materials. Arrays and lattices…
Compression Study of Open Faced Icosahedron

Compression Study of Open Faced Icosahedron

ICOSAHEDRON COMPRESSION STUDY Introduction and Background: The project started with an initial compression model of a symmetric icosahedron array modeled…
Nanoscale Biological Icosahedral Structures

Nanoscale Biological Icosahedral Structures

In nature, identical, spontaneously assembling protein subunits tend to form symmetrical, minimum-energy shapes. Certain shapes are well-suited for microbiological tasks…

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