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These jewelry is made out of paper. This product has been given waterproof coating. Therefore, it is water resistant.
Size:
Height : 7.0 cm approx (with hook)
Width : 5.2 cm approx
My Shop:
www.craftsvilla.com/fahcreations
For more such creations please visit my bog:
15 cm square harmony paper - 6 units
Diagram in Decorative balls diagram package: www.budaiorigami.hu/en/diagramshop
Spica star can be found in the Virgo constellation.
あさがお
Model designed by Tomoko Fuse | 布施知子さんの折り紙作品
Published in Origami Tanteidan Magazine Vol 71 | 折り紙探偵団 通巻 71号
folded by me from 30 squares | 紙は 30枚です。
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I guess this photo proves I have fat wrists 😂😅 Or maybe the kusudama itself is small. I used smaller nice Japanese paper. Untidy folds. Can't say I'm happy with the color coordination.
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#origami #seastar #colorful #paper #kusudama #paperart #papercraft #paperfolding #origamiart #origamiartist #origamikusudama #star #shape #instaorigami #instaartist #薬玉#折り紙#くす玉#手作り#キレイ
Designer: Masha Athanasiadi
Units: 30
Paper: square
no glue
www.flickr.com/photos/73033379@N07/28460651962/in/datepos...
Kusudama Bouquet Book 6
...
Designer: Lukasheva Ekaterina (Russia)
Created 2011
Folder: Lukasheva Ekaterina
Parts: 4
Paper's size : 7.5-15 cm
Joined with : nothing
Final height: 4-8 cm
Diagram: wasn't published
Various 60-degree units. Made using various "grids". Unfortunately my time is limited and I'm not able to make proper 10-unit icosahedra...
Nombre: Estrella Navidad
Video Tutorial: youtu.be/bX8YXy33k-U
Diseñador: Jaime Niño Bernal
Unidades: 8 hojas Cuadrados
@jaimeninob
origamiymatematicas.blogspot.com/
#origami #estrella8puntas #diagramasorigami #Origamimodular #estrella #Origami #8pointedstar #modularorigami #origamiart #origamiartist #unitorigami #origami #paperfolding #paperart #papercraft #折り紙 #ユニット折り紙 #оригами #พับกระดาษ
I made many steps to find this unit and a few steps to discover, that all these units are made on the base of Tornillo. If you take Tornillo-unit you can easily reverse-engineer them. The eternal question is: where ends the variation and vhere begins the new model.
Designer: Paolo Basceta / Lukasheva Ekaterina
Created 2011
Folder: Lukasheva Ekaterina
Parts: 10, 3
Paper's size : 7.5cm
Joined with : nothing
Diagram: wasn't published
This was my 1st COMPLETED model using Tetrahedral Symmetry
(My Great -Rhombicosidodecahedron is still a work in progress.)
210- units : total of 20 tetrahedra ( Yellow points) seperated by Triangle Prisms.
3 x 3 paper folded using the white capped sonobe variant. It gives a nice contrasted look.
One major difference in this model is that Instead of inverting the peaks like Ardonik has done , I decided to assemble it with the peaks out, I like the look. Although it looks like a Spikey Polygon I like the way it turned out.
Since I used the smaller 3x3 paper the model is very stable. However, assembling this was difficult, there was not a lot of space to work the tight edges when connecting the tetrahedron. I am currently working on a larger scale version of this using the bigger paper size, the assembly is already easier, however there are trade-offs, the bigger the model in size the less structurally stable it is. Thats why I prefer the smaller paper when assembling a larger scale structure. This model took me about 2 weeks.
This is a good model to work on, the number of units and the ease of assembly make it a good starter for anyone who wants to build a polyhedra using Terahedral symmetry.
Once completed you can move on to a Great-rhombicosidodecahedron. the major difference is to replace the Tetrahedra with Triangle Cuppolae Triangular Cupola
See Ardoniks tutorial on How to Create a Triangular Cupola
Exhibition: Ekaterina Lukasheva
Because of the spring this time I decided to bring not my favorite grey and neutral colored modulars, but the green and other color ones. Though normally I prefer softer, less intensive colors, these kusudamas matched my spring mood. So I call this selection 'spring collection'.
Exhibition: Ekaterina Lukasheva
Because of the spring this time I decided to bring not my favorite grey and neutral colored modulars, but the green and other color ones. Though normally I prefer softer, less intensive colors, these kusudamas matched my spring mood. So I call this selection 'spring collection'.
Morning Glory 90
Designer: Tomoko Fuse
Diagram: i.pinimg.com/originals/83/6b/d7/836bd7dc2b4110b11ccc5d94a... & i.pinimg.com/originals/45/0d/70/450d70a92a52f8310600bd39d...
Exhibition: Ekaterina Lukasheva
Because of the spring this time I decided to bring not my favorite grey and neutral colored modulars, but the green and other color ones. Though normally I prefer softer, less intensive colors, these kusudamas matched my spring mood. So I call this selection 'spring collection'.
Designer: Masha Athanasiadi
Units: 30
Paper: square
no glue
www.flickr.com/photos/73033379@N07/29083851715/in/datepos...
This was my 1st COMPLETED model using Tetrahedral Symmetry
(My Great -Rhombicosidodecahedron is still a work in progress.)
210- units : total of 20 tetrahedra ( Yellow points) seperated by Triangle Prisms.
3 x 3 paper folded using the white capped sonobe variant. It gives a nice contrasted look.
One major difference in this model is that Instead of inverting the peaks like Ardonik has done , I decided to assemble it with the peaks out, I like the look. Although it looks like a Spikey Polygon I like the way it turned out.
Since I used the smaller 3x3 paper the model is very stable. However, assembling this was difficult, there was not a lot of space to work the tight edges when connecting the tetrahedron. I am currently working on a larger scale version of this using the bigger paper size, the assembly is already easier, however there are trade-offs, the bigger the model in size the less structurally stable it is. Thats why I prefer the smaller paper when assembling a larger scale structure. This model took me about 2 weeks.
This is a good model to work on, the number of units and the ease of assembly make it a good starter for anyone who wants to build a polyhedra using Terahedral symmetry.
Once completed you can move on to a Great-rhombicosidodecahedron. the major difference is to replace the Tetrahedra with Triangle Cuppolae Traingular Cupola
See Ardoniks tutorial on How to Create a Triangular Cupola
Designed By: Tomoko Fuse
Folded By: Stephen Jeppson
Construction Design By: Stephen Jeppson
Paper: Colored copy paper
Diagrams: Unit Origami: Multidimensional Transformations
Here is a model that I'm playing around with now. This was the third stage where the black, dark blue, & green still form a cube, but additional units are added to the lighter blue, lighter green, &purple to form type of tower around the cube.
Designed By: Tomoko Fuse
Folded By: Stephen Jeppson
Construction Design By: Stephen Jeppson
Paper: Colored copy paper
Diagrams: Unit Origami: Multidimensional Transformations
Ardonik & I have completed folding the units necessary to assemble an origami Rotunda Drilled Truncated Icosidodecahedron
Choosing the colors took the most time and planning for the entire project.
The result of our planning was this Color road Map Color road Map
620 total units (not including joining tabs)
60 Black Squares
560 Flat Triangle Units-used as follows:
120 shiny triangles : these will be the triangles inside the rotunda walls.
60 colored Pentagonal pyramids ( each made with 5 triangle flat units+ 10 joining tabs.
20 colored hexagons ( each made with 6 triangle flat units + 5 joining tabs)
20 additional colored Flat Triangle units ( these will make up the inner polygon )
Inspired by Robert Webb's Rotunda-Drilled Truncated Icosidodecahedron
Designer: Ekaterina Lukasheva
Created: 2014
Folder: Ekaterina Lukasheva
Parts: 30
Paper's size : 5 x 10 cm
Joined with : nothing
Final height: 12 cm
Another set of lazy-style origami. This time in red.
?, ?, ?, ?
Designer: Ekaterina Lukasheva
Created: 2016
Folder: Ekaterina Lukasheva
Parts: 5, 5, 5, 2
Paper's size: 5x8.7 rectangles, 7.5 cm squares, 7.5 cm squares, 15cm diameter hexagons
Paper: Tant, kami, Grimmhobby, Tant
Joined with : nothing
Morganite - Reverse engineered
Designed by Ekaterina Lukasheva
Folded by Tereza Corsini
paper: harmony
unit size: 1:2
units: 12
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Kusudama:
Models designed by Usman Rosyidhi | @letsfolding さんの折り紙作品
Folded by me from 20 squares and 18 squares, no glue used | 折り手: 私 🍑 紙は 20枚と 18枚です。
。
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#kusudama #unitorigami #papiroflexia #star #usmanrosyidhi #modularorigami#ユニット折り紙 #origamikusudama #折り紙 #종이접기 #折紙 #handmade #origami #papercraft #paperart #paperfolding #arteenpapel #おりがみ #love #paperflexn #foldingpaper #strictlypaperart #diy #paperlove #paperaddict #paperfold #くす玉
Aquamarine kusudama
Designer: Lukasheva Ekaterina (Russia)
Created 2010
Folder: Lukasheva Ekaterina
Parts: 30
Paper's size : 7.5cm
Joined with : nothing
Final height:~10cm
Diagram: wasn't published
Designer: Tomoko Fuse
Folder: Stephen Jeppson
Paper: Colored copy paper & scrapbook paper
Diagram: Floral Origami Globes
Designed By: Tomoko Fuse
Folded By: Stephen Jeppson
Construction Design By: Stephen Jeppson
Paper: Colored copy paper
Diagrams: Unit Origami: Multidimensional Transformations
Here is a model that I'm playing around with now. This was the second stage where the black, dark blue, & green still form a cube, but additional units are added to the lighter blue, lighter green, & purple around the cube.
Designed By: Tomoko Fuse
Folded By: Stephen Jeppson
Construction Design By: Stephen Jeppson
Paper: Colored copy paper
Diagrams: Unit Origami: Multidimensional Transformations
Assembly method: no glue
# of colored copy paper (8.5 x 11): 43
# of 4 inch squares: 140
# of 2 inch squares: 144
Approximate time to cut, fold, & assemble final model: 12.9 hours
Here is a model that I'm playing around with now. This was the fifth and final (for now) stage where the black, dark blue, & green still form a cube, but additional units are added to the lighter blue, lighter green, & purple to form a larger cube all the way around the cube.
Plain Cube, Plain Cube 2, and Ray Cube Variations from book Origami Inspirations, CRC Press, 2010. Many other fun variations are possible!
www.amazon.com/dp/1568815840?tag=meensmodumani-20
#origami #meenakshimukerji #modularorigami #unitorigami #origamiart #origamimath #origamimathmatics #polyhedra #origamimodular #recreationalmaths #recreationalmathematics