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Introduction Fuller’s 8 Foldable Models Seeking a Theory of Foldability Explorations to Define a Theory of Foldable Great Circle Origami
, 2008
"... In the folklore of R. Buckminster Fuller’s Synergetics, the great circle “railroad tracks ” transit “energy ” inwardly and outwardly through the center of a sphere ..."
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In the folklore of R. Buckminster Fuller’s Synergetics, the great circle “railroad tracks ” transit “energy ” inwardly and outwardly through the center of a sphere
Origami based Mechanical
"... We describe mechanical metamaterials created by folding flat sheets in the tradition of origami, the art of paper folding, and study them in terms of their basic geometric and stiffness properties, as well as load bearing capability. A periodic Miura-ori pattern and a non-periodic Ron Resch pattern ..."
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, recently have attracted great attention1–4. Origami, creating three-dimensional (3D) structures from two-dimensional (2D) sheets through a process of folding along creases, provides an interesting source for designing mechanical metamaterials and has been transformed bymathematicians, scientists
Origami Applications in Structural Engineering: A Look at Temporary Shelters
"... Abstract -Origami is an ancient Japanese art that has been circling the globe for centuries. In past, it was used to create simple objects, however, more recent applications have been transitioning through mathematics to science and engineering. Inspirations from origami in the scientific community ..."
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Abstract -Origami is an ancient Japanese art that has been circling the globe for centuries. In past, it was used to create simple objects, however, more recent applications have been transitioning through mathematics to science and engineering. Inspirations from origami in the scientific
Mobility and kinematic simulations of cyclically symmetric deployable truss structures
, 2012
"... Based on the mechanism of four-fold rigid origami, this study proposes a type of deployable truss structures that consist of repetitive basic parts and retain full cyclic symmetry in the folding/deployment process. On the basis of the irreducible representations and the great orthogonality theorem, ..."
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Based on the mechanism of four-fold rigid origami, this study proposes a type of deployable truss structures that consist of repetitive basic parts and retain full cyclic symmetry in the folding/deployment process. On the basis of the irreducible representations and the great orthogonality theorem
