Kōryō Miura

Q: What Schools Are Affiliated With Kōryō Miura

Kōryō Miura is affiliated with the following schools: University of Tokyo, Osaka University, Imperial University of Japan, Kyoto University

Kōryō Miura's AcademicInfluence.com Rankings

Kōryō Miura

Communications

#7658

World Rank

#10448

Historical Rank

communications Degrees

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Communications

Kōryō Miura's Degrees

Bachelors Japanese Language and Literature Imperial University of Japan
Masters Japanese Language Education Kyoto University
PhD Japanese Linguistics Osaka University

Why Is Kōryō Miura Influential?

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According to Wikipedia, Kōryō Miura is a Japanese astrophysicist, inventor, and origamist known for the Miura fold. He is a professor emeritus at the University of Tokyo and at the Institute of Space and Astronautical Science.

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Kōryō Miura's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Method of Packaging and Deployment of Large Membranes in Space (1985) (372)
Variable geometry truss and its application to deployable truss and space crane arm (1985) (175)
Concept of the tension truss antenna (1990) (123)
An Adaptive Structure Concept for Future Space Applications (1988) (123)
Origami interleaved tube cellular materials (2014) (96)
Proposition of Pseudo-Cylindrical Concave Polyhedral Shells (1969) (95)
The Science of Miura-Ori: A Review (2009) (72)
Shape control of the tension truss antenna (1990) (67)
RIGID-FOLDABLE CYLINDERS AND CELLS (2013) (64)
Folding behaviour of Tachi–Miura polyhedron bellows (2013) (57)
Zeta-Core Sandwich-Its Concept and Realization (1972) (55)
Concepts of Deployable Space Structures (1993) (36)
SYNTHESIS OF RIGID-FOLDABLE CYLINDRICAL POLYHEDRA (2011) (32)
Shape Adjustment of a Flexible Space Antenna Reflector (1992) (30)
Water Impact Accelerations of Axially Symmetric Bodies (1970) (22)
Adaptive Structures Research at ISAS, 1984-1990 (1992) (22)
New Structural Form of Sandwich Core (1975) (18)
Design and operation of a deployable truss structure (1984) (17)
The Application of Origami Science to Map and Atlas Design (2002) (15)
Triangles and Quadrangles in Space (2009) (14)
Variable Geometry Truss Concept (1984) (13)
Forms and Concepts for Lightweight Structures (2020) (12)
An attempt to introduce intelligence in structures (1989) (10)
A construction concept of large space structures using intelligent/adaptive structures (1990) (7)
Development of a “hingeless mast” and its applications (1988) (7)
Thermal Buckling of Rectangular Plates (1960) (6)
FOLDING A PLANE -SCENES FROM NATURE, TECHNOLOGY AND ART (2012) (6)
Effects of Tension and Configuration in Surface Errors of Membrane Space Antennas (1991) (6)
Preliminary evaluation of the spinning planar solar sail (1987) (5)
Aerospace research status on adaptive structures in Japan (1992) (5)
Inextensional buckling deformations of general cylindrical shells. (1968) (5)
Stress Analysis of a Concave Polyhedral Shell (1975) (4)
A Conceptual Study on a Solar Sail Racer to the Moon (1987) (3)
Conception of Deployable Space Structures (1987) (3)
Structural concepts in space. (1990) (2)
Introduction:The Concept of the Symposium (1996) (2)
FOLDED MAP AND ATLAS DESIGN BASED ON THE GEOMETRIC PRINCIPLE (2012) (2)
Structural Form and Geometry (1971) (2)
FOLDS - THE BASIS OF ORIGAMI (2012) (2)
Tension Truss Concept and Formation of Geodesic Shapes in Space (1990) (2)
FOLDS - THE BASIS OF ORIGAMI (2012) (2)
Origami⁶: I. Mathematics (2015) (1)
A New Method of Map Folding (1977) (1)
A Note on the Cocoon Curve (1996) (1)
Foldable Cylinder, the Potential Concept for Actuators and Bellows (2011) (1)
Discontinuity in Buckle Pattern Tessellation of Cylindrical Shells of Variable Curvature (1971) (1)
Map, Origami, and Space:A Study on Miura-ori (1997) (1)
Spacecraft antenna measurement eliminating gravity effect by using planar near‐field antenna measurement technique (2000) (1)
Origami⁶: II. Technology, Art, Education (2015) (0)
Joint U.S./Japan Conference on Adaptive Structures, 1st, Maui, HI, Nov. 13-15, 1990, Proceedings (1991) (0)
On Torsional Rigidity and Torsional Vibration of Aerodynamically Heated Wings Having a Small Amount of Pretwist (1960) (0)
The Left-hand Rule of Golf Ball Launching and Achieving Correct Impact (2003) (0)
Water Impact Loads of Axially Symmetric Bodies (1970) (0)
Heat-resisting Characteristic of Graphite Penetrated by Silicone Oil (1964) (0)
The Impact of Technology on Sports Equipment( Sports Engineering) (2003) (0)
Concave-Polyhedral Form for Grip Design (2014) (0)
Structural Mechanics Foundations (2020) (0)
Miura-ori, Basics for Designing its Folding Machines (2019) (0)
Deployable structures: from spacecraft to buildings (1998) (0)
A5 A Simple Device for Reading the Impact-Trajectory Relationship in Golf Swing (2008) (0)
Novel Form of Portable Paper Maps Enabling Longitudinal Access (2005) (0)
If you play golf, please bring with you an equation (2000) (0)
A31 Parametric Acceleration in Golf Swing (2006) (0)
Map, Origami, and Space (1997) (0)
Packaging of Membranes (2020) (0)
Spacecraft antenna measurement eliminating gravity effect (1992) (0)
熱層近似の方法 : 熱伝導・熱弾性問題の近似解法 (1962) (0)
Press 978-0-521-43274-0 — Forms and Concepts for Lightweight Structures (0)
Report on Parallel Session 4 from William S. Huff in collaboration with Tsukamoto Akiko (1996) (0)
Design and Mechanism of a Deployable Truss Structure (1984) (0)
Development for a precision large deployable antenna for the space VLBI (1992) (0)
Apparatus and method for measuring the mirror surface of an antenna (1992) (0)

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Other Resources About Kōryō Miura

en.wikipedia.org

What Schools Are Affiliated With Kōryō Miura?

Kōryō Miura is affiliated with the following schools:

Kōryō Miura's Academic­Influence.com Rankings