ManyFolds in Variety
% The preparation is (still) in progress, however [forever?], %
Welcome to the exhibition of Origami/paper folding and related works by H. AZUMA.
(c) Copyright AZUMA Hideaki. All rights reserved.
(Last updated: February 17, 2008)
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2005/9/13
A helical folded model with some flexibility, which is considered as a variation of convolution, will be produced from a similar diagram of the previous twisted structure:
Its shorter and longer shapes in comparison:
>> Click each image to see the larger picture <<
Material: a sheet of square origami, without using adhesives.
Date: September 12, 2005
Photo date: September 12, 2005
22
Its shorter and longer shapes in comparison:
>> Click each image to see the larger picture <<
Material: a sheet of square origami, without using adhesives.
Date: September 12, 2005
Photo date: September 12, 2005
22
2005/9/12
______________
______________>> Click each image to see the larger picture <<
The folded structure above comes from the diagram appeared in the previous article: Basic iteration and is molded into its twisted shape thanks to the flexibility and elasticity of paper.
Material: a sheet of square origami, without using adhesives.
Date: In August 2005
Photo date: September 8, 2005
3
2005/9/11
The following helical piled up structure like a twisted triangular prism is composed of a diagram that is based on the preceding iterative structure in (linear) modification:
______________
______________
>> Click each image to see the larger picture <<
Material: an A4 sized Japanese paper, without using adhesives.
Date: In August 2005
Photo date: September 8, 2005
8
______________
______________>> Click each image to see the larger picture <<
Material: an A4 sized Japanese paper, without using adhesives.
Date: In August 2005
Photo date: September 8, 2005
8
2005/8/31
Each of the following helical coiled up structures from left to right - just a kind of 'specimens' - may be viewed as it is covered by 5, 4, 3, 2 or single tape(s) with the same folding patterns, respectively:
[Image for covering by coiled tape(s)]
>> Click each image to see the larger picture <<
Material: a sheet of square origami for each
Date: In August 2005
Photo date: August 31, 2005
1
[Image for covering by coiled tape(s)]>> Click each image to see the larger picture <<
Material: a sheet of square origami for each
Date: In August 2005
Photo date: August 31, 2005
1
2005/8/31
The folded structure composed of sufficiently many modules, which has appeared in the previous article: "With the preceding tiling #3 - larger structure -", can be helical coiled up around [a part of] an annulus with some appropriate scale.
The following two images of an example are viewed from its side and its top - through inside - to bottom, respectively:
_________________
_________________
>> Click each image to see the larger picture <<
Material: sheets of square origami, without using adhesives.
Date: In August 2005
Photo date: August 31, 2005
4
The following two images of an example are viewed from its side and its top - through inside - to bottom, respectively:
__________________________________
>> Click each image to see the larger picture <<
Material: sheets of square origami, without using adhesives.
Date: In August 2005
Photo date: August 31, 2005
4