Folding Techniques for Designer, 2nd Edition
by Paul Jackson
- Length: 256 pages
- Edition: 2
- Language: English
- Publisher: Laurence King Publishing
- Publication Date: 2022-08-16
- ISBN-10: 1529419786
- ISBN-13: 9781529419788
- Sales Rank: #552260 (See Top 100 Books)
Many designers, from jewellers to architects, use folding techniques to make three-dimensional forms from two-dimensional sheets of fabric, cardboard, plastic, metal and other materials.
This unique handbook explains key folding techniques, such as pleated surfaces, curved folding and crumpling. It has been updated with a new chapter covering some lesser-known techniques, suggesting yet more creative possibilities. The techniques are accompanied by clear step-by-step drawings, specially commissioned photography and ten new instructional videos.
Cover Title Copyright Contents 00. Symbols Introduction How to Use the Book 01. Basic Concepts 1.1. Dividing the Paper 1.1.1. Linear Divisions: Sixteenths Linear Thirty-seconds Linear Sixty-fourths 1.1.2. Rotational Divisions: Sixteenths Rotational Sixteenths Variations Rotational Thirty-seconds 1.1.3. Diagonal Divisions 1.1.4. Grid Divisions 1.2. Symmetrical Repeats 1.2.1. Translation 1.2.2. Reflection 1.2.3. Rotation 1.2.4. Glide Reflection 1.3. Stretch and Skew 1.3.1. Stretch 1.3.2. Skew 1.4. Polygons 02. Basic Pleats 2.1. Accordion Pleats 2.1.1. Linear 2.1.2. Rotational 2.1.3. Cylinders and Cones 2.2. Knife Pleats 2.2.1. Linear 2.2.2. Rotational 2.2.3. Reflected 2.2.4. Cylinders and Cones 2.3. Box Pleats 2.3.1. Linear 2.3.2. Rotational 2.3.3. Cylinders and Cones 2.4. Incremental Pleats 03. Other Pleats 3.1. Spiral Pleats 3.1.1. Simple Spirals 3.1.2. Box Spirals 3.2. Gathered Pleats 3.2.1. Accordion Pleats 3.2.2. Knife Pleats 3.3. Twisted Pleats 04. V-Pleats 4.1. Basic V-pleats 4.2. Making by Hand 4.3. Variations 4.3.1. Moving the Line of Symmetry 4.3.2. Changing the Angle of the V-pleats 4.3.3. Breaking Symmetry 4.3.4. Coexisting Vs 4.4. Multiple Vs 4.4.2. Making by Hand 4.4.3. Variations 4.5. Grid Vs 4.5.1. Making by Hand 4.5.2. Variations 4.6. Cylindrical Vs 4.7. Complex Surfaces 05. Spans & Parabolas 5.1. X-form Spans 5.2. V-fold Spans 5.3. Parabolas 5.3.1. Basic Parabola 5.3.2. Variations 06. Boxes & Bowls 6.1. Boxes 6.1.1. Masu Box 6.1.2. Masu Variations 6.1.3. Roll Box 6.1.4. Corner Gather 6.2. Bowl Forms 07. No Crease, One Crease 7.1. No Crease 7.1.1. No Crease Variations 7.2. One Crease 7.2.1. How to Make the Break 7.2.2. Break Variations 7.2.3. Making the Break Permanent 7.2.4. One Crease Variations 7.2.5. Less than One Crease 7.2.6. More than One Crease 08. Crumpling 8.1. The Basic Technique 8.1.1. The Basic Method 8.1.2. Making Ribs 8.1.3. Making a Mould 8.2. Linear Crumpling 8.2.1. The Basic Linear Method 8.2.2. Linear Forms 8.3 Rotational Crumpling 8.3.1. The Basic Rotational Method 8.3.2. Rotational Forms 8.4 Advanced Concepts 8.4.1. 3-D Forms 8.4.2. Super-sizing 8.4.3. Crumpling and Morphing 8.4.4. Multi Layers 09. Miscellaneous Techniques 9.1. Folding for Strength 9.1.1. Strengthening Strips 9.1.2. Strengthening the Edges 9.1.3. Load-bearing Folds 9.2. Constraining a Simple Curve 9.2.1. Constraining One Edge 9.2.2. A Backless Structure 9.2.3. Restraining Bar 9.3. Knotting Paper 9.3.1. Square Knot 9.3.2. Rectangular Knots 9.3.3. Free-standing Knots 9.3.4. Knotted Strips 9.4. Repeat Patterns 9.4.1. The Basic Square Unit 9.4.2. Adding More Folds to the Unit 9.5. Step-folds in Origami Books 9.6. Curved Folding 9.6.1. Single Curves 9.6.2. Two Curves in Opposition 9.6.3. āSā Curves 9.6.4. Winding Up the Fold 9.6.5. Mountain and Valley Curves Together 9.7. Using Other Polygons 9.7.1. Which Polygon? 9.7.2. Distorting a Square 9.7.3. Distorting a Triangle 9.7.4. Rotational Symmetry FAQs Acknowledgements Access the Diagrams About the Videos
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