The Shirt As with all these designs, try to start with a relatively clean, crisp bill. It will make it much easier. All folds should be sharply creased. It helps to go over the fold with a fingernail on a flat, hard surface. Start by folding the bill precisely in half lengthwise. Fold the bill one quarter of the way in from each side lengthwise. Turn the bill over. Turn the bill over again. Fold a little less than one third of the bill lengthwise from the opposite end as shown. Now you will fold inward in the same direction, tucking the previous fold under the "collar" created in step 4. Gently unfold the previous two folds, keeping the creases. (This step is hard to describe, but it is actually fairly easy.) (This is a close-up of what the fold should look like when complete.) (This is what it should look like after both sides are complete.) When you re-tuck the fold you've been working on back under the collar, you're done!
s Best Photos of paperfolding Flickr Hive Mind is a search engine as well as an experiment in the power of Folksonomies. All thumbnail images come directly from Flickr, none are stored on Flickr Hive Mind. These photos are bound by the copyright and license of their owners, the thumbnail links take to you to the photos (as well as their copyright and license details) within Flickr. Because some other search engines (Google, etc.) index parts of Flickr Hive Mind, you may have been led here from one of them. Welcome to Flickr Hive Mind, almost certainly the best search engine for photography on the web. If you are a Flickr user and use Flickr Stats you may have seen people being led to your photos via Flickr Hive Mind (as a Referrer). Flickr Hive Mind is a data mining tool for the Flickr photography database, allowing search by: tags(keywords); Flickr photography groups; Flickr users, their contacts, and favorites; free text; the Flickr Explore algorithm for interestingness.
How to make 25 paper Christmas ornaments Here's a roundup of ornaments you can make from paper.Above left: I made with these instructionsAbove right: I made with these instructions (Update: this is now an old post; some of the links no longer work.) More: Printable snowflake 1 Printable snowflake 2 Paper snowflakes stapled together into something 3-D Not 3-D, but nice snowflake cutting templates Origami star Ornament made with circle cut-outsFlower ornament Ball-like star Ball-like... ballFlower ballGeodesic ballMulti-colored balls made this way, but fastened with wireMany-pointed star Mini star-shaped bookletGlitter star ornamentsMoravian stars Recycled paper ornamentCrystal ornament free download plus a gallery of inspiration Huge spiky star Origami Christmas tree 1 Origami Christmas tree 2 Kirigami Christmas tree 3 Happy folding!
s Best Photos of yaleschoolofarchitecture Flickr Hive Mind is a search engine as well as an experiment in the power of Folksonomies. All thumbnail images come directly from Flickr, none are stored on Flickr Hive Mind. These photos are bound by the copyright and license of their owners, the thumbnail links take to you to the photos (as well as their copyright and license details) within Flickr. Because some other search engines (Google, etc.) index parts of Flickr Hive Mind, you may have been led here from one of them. Welcome to Flickr Hive Mind, almost certainly the best search engine for photography on the web. If you are a Flickr user and use Flickr Stats you may have seen people being led to your photos via Flickr Hive Mind (as a Referrer). Flickr Hive Mind is a data mining tool for the Flickr photography database, allowing search by: tags(keywords); Flickr photography groups; Flickr users, their contacts, and favorites; free text; the Flickr Explore algorithm for interestingness.
Recovered The Origami Page This section is intended for the beginner. It introduces all of the major folds in origami and shows how they are done. It also provides a large number of simple models that aim to allow one to practice these folds. By the time you have finished this section of my web site, you should be able to fold most of the models in the other sections. Part 1 Paper and arrows Most origami uses a single uncut square of paper, and this website is no exception. On origami diagrams, arrows show you which direction the paper is to be folded in.
Origamic Architecture: Stunning Sculptures Cut Out of Paper In the Japanese paperfolding art of origami, cutting the paper is frowned upon. But in 1981, Masahiro Chatani, professor of Architecture at Tokyo Institute of Technology proved that papercutting could indeed produce stunning pieces of art. Along with his colleague Keiko Nakazawa, Chatani developed Origamic Architecture, a variation of kirigami (itself a variation of origami where cuts were allowed), where you only needed an X-acto knife and a ruler to create complex 3-dimensional structures out of a single sheet of paper. Origamic Architecture sculptures range from (the relatively simple) geometric patterns to famous buildings' facades. It's like 3-D pop-up greeting cards, but much, much more complex. Simple cuts can result in stunning geometric shapes - from Gerry Stormer's gallery (click the artist's name for more): Stairs to Paradise by Gerry Stormer (Photo: Carl Uetz) Diagonal Steps by Gerry Stormer (Photo: Carl Uetz) By Ingrid Siliakus, based on Escher's Cycle (comparison)
Temari by Barbara B. Suess, Author of Japanese Temari, Kiku Designs Japanese Arts and Crafts Temari Research Projects TT's Page Top Tomohiro TACHI Composite Rigid-Foldable Curved Origami Structure In this study, we show a family of multilayered rigid-foldable and flat-foldable vault structures, which can be designed by constructing rigid-foldable curved folded tubular arches and assembling the arches to construct cellular structures. The resulting vault structure form an overconstrained mechanism. Tomohiro Tachi, "Composite Rigid-Foldable Curved Origami Structure", in Proceedings of Transformables 2013, Seville, Spain, September 18-20, 2013. Elastic Origami In this research, we propose a novel computational method to simulate and design origami whose form is governed by the equilibrium of forces from the elastic bending of each panel. Tomohiro Tachi, "Interactive Form-Finding of Elastic Origami", in Proceedings of IASS 2013, Wroclaw, Poland, September 23-27, 2013. Freeform Origami Tessellations based on Generalized Resch's Patterns Rigid-Foldable Cylinders and Cells collaboration with Koryo Miura Kushakusha
Blogs Become a Member for free access to this and other files on the site. See the Membership page for more details. Already a Member? Turn the handle on the side of the box and the vertical shaft rotates back and forth. Look out for the owl model using this mechanism coming soon. Print out the parts onto thin card. Fold up and glue the side tabs on the box to make right angle triangle tube sections. Glue together the two box sides. Fit the base into the box Fold in and glue the four tabs to the inside walls of the box. Assemble the hinged plate as shown. Make up the two crank ends from double thickness card. Glue together the push rod and glue on the two crank ends. Roll round and glue the four paper tubes accurately lining up the edges with the arrows. Thread the second-to-shortest tube into the crank ends. Assemble the two crank pieces Finish up the crank pieces and glue them to the axle. Fit the shorter of the two remaining axles into the crank gluing them fully home in the square tubes.
ORIGAMI ARCHITECTURE PATTERNS « EMBROIDERY & ORIGAMI Baud and Bui | Kirigami-Origami, Idees de Papier, free paper Includes several paper and plastic arts in addition to origamic architecture. There are several pictures and patterns available as well as a biography of Masahiro Origamic architecture – Wikipedia, the free encyclopedia Origamic architecture involves the three-dimensional reproduction of architecture, geometric patterns, everyday objects, or other images, on various scales, using cut Origamic Architecture, pop-up cards and other kirigami. Origamic architecture and pop-up cards are a type of kirigami. 3d origami dragon pattern, make origami ancient dragon | Schwag Racing 3d origami dragon pattern >>> 3d origami dragon pattern. blue's Chinese 3D modular origami: Chinese Dragon – Diagram You follow the usual pattern of Free Origami Diagrams, Videos, Printable Models, Architecture Hand-selected Web sites for learning how to fold origami animals, flowers, and other creative models for all levels. Origami Papers (Pattern) Origami (折り紙?
Tutorials Quilling and other paper crafts (for personal use) The Basics Christmas Additional Ideas (quilling, plus more) Origami Science: origami-like techniques used in advanced tecnologies. You will be surprised to know that paper folding ideas are used in technically advanced science projects. Some projects use bona fide origami folding techniques in the their work. However, in some cases, the term "origami" is used even when their is minimal folding involved. Origami-Inspired Deployable Solar Array As we approach 2014, we revisit the 50-year-old space problem of transporting large-objects in narrow-rockets. Researchers at Brigham Young University, National Science Foundation, NASA's Jet Propulsion Laboratory, and origami expert Robert Lang designed a space array which can be folded compactly and then deployed while in outer space. Not so fast. This solar array is similar to the origami Flasher by Jeremy Shafer but it's not the first time that origami has been used in space technology. Foldable Paper Lithium-Ion Battery Researchers from Arizona State University constructed a paper-based lithium-ion battery which can be folded Miuri-Ori style (the famous Mori-ori map fold).
Paper Modelz - Part 100 Laser Cutting and Scoring: A Folded Shape Paul Haeberli Nov 1996 This project explores using lasers to score and cut material to create very precise and complicated folded patterns. To get going, I read the AutoCad DXF spec and got a sample file from the studio that provides laser cutting services. The program generated a drawing that looked like this. I transferred the DXF file to a PC floppy and gave it to the studio with the laser cutting machine. On mylar the scored lines appear a light gray color, while on paper these score lines are slightly brown. To make this shape, first the material is folded into a zig zag pattern. Then one side of the object is folded like this. Finally the other side is folded in a similar way to complete the object. This is the same shape fabricated from paper. It's nice to explore the possibilities of these shapes as they are manipulated. Perhaps someday we can model the dynamics of these kinds of surfaces on the computer. This is similar to the first structure, but fabricated at a larger size.