Home
The Mathematical Theory of Origami
Barnes and Noble
Loading Inventory...
The Mathematical Theory of Origami in Franklin, TN
Current price: $109.99

Barnes and Noble
The Mathematical Theory of Origami in Franklin, TN
Current price: $109.99
Loading Inventory...
Size: OS
The Mathematical Theory of Origami
by Kuro Aksara explores the fascinating intersection of mathematics and the ancient art of origami, providing a comprehensive guide to geometric principles, folding techniques, graph theory, computational origami, modular origami, and advanced topics like kinematics, curved origami, topology, and optimization. Packed with valuable insights, this book is a must-read for mathematicians, artists, engineers, and anyone interested in the beauty and possibilities of origami.
by Kuro Aksara explores the fascinating intersection of mathematics and the ancient art of origami, providing a comprehensive guide to geometric principles, folding techniques, graph theory, computational origami, modular origami, and advanced topics like kinematics, curved origami, topology, and optimization. Packed with valuable insights, this book is a must-read for mathematicians, artists, engineers, and anyone interested in the beauty and possibilities of origami.
The Mathematical Theory of Origami
by Kuro Aksara explores the fascinating intersection of mathematics and the ancient art of origami, providing a comprehensive guide to geometric principles, folding techniques, graph theory, computational origami, modular origami, and advanced topics like kinematics, curved origami, topology, and optimization. Packed with valuable insights, this book is a must-read for mathematicians, artists, engineers, and anyone interested in the beauty and possibilities of origami.
by Kuro Aksara explores the fascinating intersection of mathematics and the ancient art of origami, providing a comprehensive guide to geometric principles, folding techniques, graph theory, computational origami, modular origami, and advanced topics like kinematics, curved origami, topology, and optimization. Packed with valuable insights, this book is a must-read for mathematicians, artists, engineers, and anyone interested in the beauty and possibilities of origami.