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This book is a compilation of fold patterns and cutting patterns. As a reference, each of the titles includes a public access video, created by NeoSpica (Oscar Paredes) for the "Neospica Paper Structures" channel. The videos show the creation process in which the patterns presented in this compilation are used to create the paper structures. If you want to acquire this book as a recommendation, check the titles of your interest in the videos of the channel to evaluate the level of difficulty and the usefulness of these patterns to create the structures. The only requirement is the determination to create. /// I appreciate the art of cutting and folding paper and the art forms that can be created. In this document are 21 fold and cut patterns and templates based on personal designs and interpretations of techniques and works from the world of origami and kirigami. These documents are grouped into 15 titles. The folding structures that are presented are based on tessellations, corrugations, collapsible cylinder, miura fold. The structures created with cutting methods are based on the combination of folds and paper cut out art. Each of the titles includes a reference video with a partial or total creation process published by NeoSpica (Oscar Paredes) for the "Neospica Paper Structures" channel. Titles of the models presented in this document: 1 ACCORDION PAPER FOLDING OCTAGONAL SHAPE. 2 FOLDING CUP INTERSECTING PATTERNS 2.1 FOLDING CUP INTERSECTING PATTERNS WITH THREE SECTIONS. 2.2 FOLDING CUP INTERSECTING PATTERNS WITH FOUR SECTIONS. 3 PAPER BELL WITH MIURA FOLD / LAMPSHADE BELL. 4 PAPER LAMP RIPPLES DESIGN. 5 PRAYER ANGEL PAPER CARD OF CUTTING AND FOLDING. 6 TWISTED COLUMN PAPER LAMP FOLD. 7 ADAPTABLE CYLINDER - PAPER CUT ASSEMBLY. 8 PATTERN MIURA PAPER SCULPTURE REVERSIBLE. 9 COLLAPSIBLE TOWER DODECAGON V2 WITH SECTIONED FOLDS. 10 ACCORDION TOROID OCTAGON BASE PAPER FOLDING. 10.1 ACCORDION TOROID OCTAGON BASE PAPER FOLDING. 10.2 ACCORDION OCTAGON BASE PAPER FOLDING. 11 EXAMPLE FOLDING MULTI-RESOLUTION MARS PATTERN. 12 PAPER LAMP / DESIGN OF EXPANDED SHEET. 12.1 PAPER LAMP / DESIGN OF EXPANDED SHEET V1. 12.2 PAPER LAMP / DESIGN OF EXPANDED SHEET V2. 13 PAPER LAMP / DESIGN OF STEPPED RHOMBUS. 13.1 PAPER LAMP / DESIGN OF STEPPED RHOMBUS V1. 13.2 PAPER LAMP / DESIGN OF STEPPED RHOMBUS V2. 14 PAPER SPHERE PENTAGONAL HEXECONTAHEDRON. 15 ORIGAMI DESKTOP PHONE STAND HOLDER. 15.1 PHONE STAND HOLDER V1. 15.2 PHONE STAND HOLDER V2. 15.3 PHONE STAND HOLDER V3. Review the titles in the channel to assess the level of difficulty and the usefulness of these patterns to create the structures.
This book is a compilation of fold patterns and cutting patterns. As a reference, each of the titles includes a public access video, created by NeoSpica (Oscar Paredes) for the "Neospica Paper Structures" channel. The videos show the creation process in which the patterns presented in this compilation are used to create the paper structures. If you want to acquire this book as a recommendation, check the titles of your interest in the videos of the channel to evaluate the level of difficulty and the usefulness of these patterns to create the structures. The only requirement is the determination to create. /// I appreciate the art of cutting and folding paper and the art forms that can be created. In this document there are 17 patterns of cut and fold based on personal designs and interpretations of works of art from the world of origami and kirigami. The folding structures that are presented are based on tessellations, corrugations, collapsible cylinder, rigid foldable cylinder, miura fold and curved folding. The structures created with cutting methods are based on the combination of folds and paper cut out art. Each of these models has a video with a sequence of partial or total elaboration published by NeoSpica (Oscar Paredes) for the youtube channel "Neospica Paper Structures". Titles of the models presented in this document: 1 3D STAR FOUR POINTS. NEW DESIGN 2 ACCORDION BALL PAPER FOLD AND CUT DECORATION 3 COLLAPSIBLE PAPER TOWER HELIX DECAGON 4 COLLAPSIBLE TOWER DODECAGON V1 WITH SECTIONED FOLDS 5 COLUMN RHOMBUS GRID HYPERBOLOID PAPER LAMP FOLD 6 CURVED PYRAMID OF PAPER WITH V-PLEATS SYMMETRICAL 7 CYLINDER CURVED FOLDING 8 EGGBOX SHEET FOLDING COLLAPSIBLE IN X AND Y RIGID IN Z 9 DAVID HUFFMAN TOWER WITH HEXAGONAL CLOSING ORIGAMI BOX 10 FOLDING EXAMPLE HYPERBOLIC PARABOLOID SHELTER 11 FOLDING LAMP CONICAL STRUCTURE HEXAGONAL 12 HYPERBOLIC PARABOLOID STANDING FOLDING PAPER ORIGAMI V1 13 MODULAR SPIRAL-TWISTED PAPER CUT 14 PAPER LAMP TUBE CURVED FOLDING - ART DECO DESIGN CUT OUT 15 PAPER TABLE LAMP SHADE 16 SQUARE AND RHOMBUS COLUMN 17 STAR DODECAGON AND PHINWELL PAPER Review the titles in the channel to assess the level of difficulty and the usefulness of these patterns to create the structures.
Easily Create Origami with Curved Folds and Surfaces Origami—making shapes only through folding—reveals a fascinating area of geometry woven with a variety of representations. The world of origami has progressed dramatically since the advent of computer programs to perform the necessary computations for origami design. 3D Origami Art presents the design methods underlying 3D creations derived from computation. It includes numerous photos and design drawings called crease patterns, which are available for download on the author’s website. Through the book’s clear figures and descriptions, readers can easily create geometric 3D structures out of a set of lines and curves drawn on a 2D plane. The author uses various shapes of sheets such as rectangles and regular polygons, instead of square paper, to create the origami. Many of the origami creations have a 3D structure composed of curved surfaces, and some of them have complicated forms. However, the background theory underlying all the creations is very simple. The author shows how different origami forms are designed from a common theory.
An introduction to cutting and folding paper structures with templates and plans for creating models of structures such as the Golden Gate Bridge, the Eiffel Tower, the Taj Mahal, and many others.
Eric Gjerde demonstrates 25 of his favorite tessellations and turns them into projects for newcomers as well as experienced origamists. With step-by-step instructions, illustrated crease patterns, and how-to photos, you'll learn to create these wonderful designs yourself. Eric's first book covers the fundamentals of origami tessellations, provides history, and describes simple beginning techniques with detailed illustrations and photographs. An extensive gallery showcases tessellations folded by the world's leading origami fine artists---inspiring you to experiment, innovate, and eventually create your own unique designs.
Le Corbusier is a Modernist icon whose buildings and theories have influenced structures the world over. Now you can create 10 of his most important works using the art of kirigami (cutting and folding). Each project features step-by-step instructions, cutting tips, and a template that you can remove from the book. Photos of each finished model show the final design. All you need is a craft knife, a cutting mat, and a ruler. When you are done, simply display your model and admire your handiwork. Le Corbusier Paper Models is a must for Corb fans and architectural model enthusiasts.
Many people enjoy origami, the ancient Japanese art of paper folding, and delight in the variety of shapes that can be created. Kirigami adds a new dimension by combining folding and cutting. Within this book, you will find a brilliant and diverse range of projects that will show you the essentials of kirigami and build your skill in this fascinating art. From delicate snowflakes and dragonflies to decorative ornaments and attractive greetings cards, these beautiful items offer hours of pleasure in the making and are perfect presents for family and friends.
Written by the founder of the field, this is a comprehensive and accessible introduction to structural DNA nanotechnology.
This book introduces an innovative and high-efficiency technology for mechanical energy harvesting. The book covers the history and development of triboelectric nanogenerators, basic structures, working principles, performance characterization, and potential applications. It is divided into three parts: Part A illustrates the fundamental working modes of triboelectric nanogenerators with their prototype structures and theoretical analysis; Part B and Part C introduce two categories of applications, namely self-powered systems and self-powered active sensors. The book will be an ideal guide to scientists and engineers beginning to study triboelectric nanogenerators or wishing to deepen their knowledge of the field. Readers will be able to place the technical details about this technology in context, and acquire the necessary skills to reproduce the experimental setups for fabrication and measurement.
These 25 projects show how ammonites, lichen rosettes, honeycomb, and other natural forms can help you apply the rules of mathematics to create complexly beautiful works. Clear, paper-art-focused explanations teach you the principles of mathematics we see in nature, including the Golden Section and Golden Angle, Fibonacci numbers, and symmetry. Learn about using flaps and piercings with various projects, including "A Murmuration of Starlings." Benefit from lessons in the Japanese art of kirigami and geometric principles, with projects such as "Kirigami Cascade" and "Rotational Symmetry." Tesselations and 2-D weaving, 3-D form assembly, woven 3-D forms, and stacked layers come into play for projects such as "Radiolarian" and "Sea Urchin." The role that display plays in your work is covered too, including flexagons in the "Undersea Frieze," black light in "UV Jelly Fish," and light-box effects in "Art Deco Scarab" and "Diatoms through the Microscope." Art really does mirror nature, as these fascinating cut-paper sculptures show.