OSME 7 - Volume 4

Engineering Two

Robert Lang

• Publisher: Tarquin Group
• Year: 2021
• eBook ISBN: 9781858118390
• Edition: 0
• Subtopic: Engineering General

Explore the innovative intersection of origami and engineering! This collection presents cutting-edge research on applying origami principles to solve complex engineering challenges. Edited by Robert J. Lang, Mark Bolitho, and Zhong You, this volume delves into the diverse applications of origami in technology, design, and history.

OSME 7 - Volume 4: Engineering Two showcases research on diverse folding applications, from reinforcing tube strength to developing space sails and robotic systems. Discover how origami's unique properties are being harnessed to create stronger, more efficient, and adaptable structures. Explore the mechanical properties of the Miura fold, curved folding, and tessellations, and unlock the potential of this ancient art in modern engineering.

Target Audience: Engineers, scientists, mathematicians, educators, and origami enthusiasts interested in the latest advancements in origami-inspired engineering.

Table of contents

• Cover
• Title
• Copyright
• Origami7 Volume 4 Contents
• Origami7 General Preface
• Origami7 Volume Four Preface
• Producing Various Shapes of 3D Cell Co-culture Microstructures using a Single Cell OrigamiTechnique
• Singular Behaviour on Folding Path Characterised by Rigid Foldability Analysis
• Automated Numerical Process Chain for the Design of Folded Sandwich Cores
• Spherical Image Analysis for Folding Templates
• Kinematic and Kinetostatic Classification for Motion-Task-Oriented Synthesis of Folding Mechanisms
• Origami Sensitivity – On the Influence of Vertex Geometry
• On Using Tessellation Properties for the Development of Classifying Criteria for Foldable Mechanisms
• Simulating Pleated Tension Folds
• Modelling the Folding Motions of a Curved Fold
• Fast, Interactive Origami Simulation using GPU Computation
• Highly Efficient Nonlinear Structural Analysis of Origami Assemblages using the MERLIN2 Software
• Rigid-facet Kinematics Coupled with Finite Bending Rotation along Crease Lines
• Quasi-static Crushing Behaviours of Folded Opentop Truncated Pyramid Structures with Interconnected Side Walls
• Blast Resistant Performance of Cladding with Folded Open-top Truncated Pyramid Structures as Core
• The Potential of Stress Oriented Foldings
• Local Actuation of Tubular Origami
• Elastic Buckling of Thin-walled Cylinders with Pre-embedded Diamond Patterns
• Reality Check - Mechanical Potential of Tessellation-based Foldcore Materials
• Design Methods and Analysis of the Mechanical Properties of Resch Pattern Foldcores
• The Mechanics of Metallic Folds
• Crease Pattern Simplification for Automatic Folding
• Folding Fabrication of Curved-Crease Origami Spindle Beams
• Fold Printing: Using Digital Fabrication of Multi-Materials for Advanced Origami Prototyping
• Kirigami Fabrication of Shaped, Flat-foldable Cellular Materials based on the Tachi-Miura Polyhedron
• The Editors of Origami7
• 7OSME Sponsors and Supporting Partners
• Acknowledgements
• Engineering Contributors
• Origami7 Index
• Back Cover