SUPER KAINŲ lentynos! Nuo -20% iki -80% pigiau! Naršykite ČIA >>

0 Mėgstami
0Krepšelis

Performance Analysis and Optimization of Parallel Manipulators

-22% su kodu: BOOKS
237,82 
Įprasta kaina: 304,90 
-22% su kodu: BOOKS
Kupono kodas: BOOKS
Akcija baigiasi: 2025-03-30
-22% su kodu: BOOKS
237,82 
Įprasta kaina: 304,90 
-22% su kodu: BOOKS
Kupono kodas: BOOKS
Akcija baigiasi: 2025-03-30
-22% su kodu: BOOKS
2025-03-31 237.82 InStock
Nemokamas pristatymas į paštomatus per 11-15 darbo dienų užsakymams nuo 20,00 

Knygos aprašymas

This book investigates the performance analysis and optimization design of parallel manipulators in detail. It discusses performance evaluation indices for workspace, kinematic, stiffness, and dynamic performance, single- and multi-objective optimization design methods, and ways to improve optimization design efficiency of parallel manipulators. This book collects the authors¿ research results previously scattered in many journals and conference proceedings and presents them in a unified form after the methodical edition. As a result, numerous performance analyses and optimization of parallel manipulators are presented, in which the readers in the robotics community may be greatly interested. More importantly, readers can use the methods and tools introduced in this book to carry out performance evaluation and optimization of parallel manipulators by themselves. The book can provide important reference and guideline for undergraduate and graduate students, engineers, and researchers who are interested in design and application of parallel manipulators.

Informacija

Autorius: Qinchuan Li, Wei Ye, Lingmin Xu, Chao Yang,
Leidėjas: Springer Nature Singapore
Išleidimo metai: 2024
Knygos puslapių skaičius: 308
ISBN-10: 9819905443
ISBN-13: 9789819905447
Formatas: 235 x 155 x 16 mm. Knyga minkštu viršeliu
Kalba: Anglų

Pirkėjų atsiliepimai

Parašykite atsiliepimą apie „Performance Analysis and Optimization of Parallel Manipulators“

Būtina įvertinti prekę

Goodreads reviews for „Performance Analysis and Optimization of Parallel Manipulators“