Cellular Actuators: Modularity and Variability in Muscle-inspired Actuation – eBook

Description

Cellular Actuators: Modularity and Variability in Muscle-Inspired Actuation, (PDF) offers an insightful exploration into the pivotal role of actuators in the field of robotics, particularly in the context of innovative applications such as human co-working robots and wearable technologies where adaptability and compact design are paramount.

This book delves deeply into the mechanics of piezoelectric actuators—central to this discussion—which present numerous benefits including exceptional displacement scale, force output, compactness, and reliability. Utilizing specific material properties, these actuators enable precise displacement and force responses triggered by electric stimuli. Notable authors, renowned for their expertise in this domain, present a comprehensive overview of muscle-like movement dynamics alongside an all-encompassing examination of the design, analysis, and control of biologically-inspired actuators. This ebook serves as an indispensable resource for practitioners and researchers eager to integrate cutting-edge actuator technology into both their research projects and consumer products.

Within its pages, you will discover:

• An introduction to the innovative concept of cellular actuators
• A thorough presentation of the principles underlying bio-inspired actuation
• A detailed overview of the physical assembly methods applicable to piezoelectric actuators
• Real-world applications illustrating key concepts and showcasing the transformative potential of the technology
• A comprehensive reference for the design, analysis, and control of actuator arrays
• An integrated approach to understanding piezoelectric actuators within a system-wide framework

NOTE: The product includes only the ebook, Cellular Actuators: Modularity and Variability in Muscle-Inspired Actuation, available in PDF format. Please note that no access codes are included.

This insightful title emphasizes the importance of modern actuators, making it an essential addition to any researcher or practitioner’s library who is dedicated to advancing the field of robotics and exploring the future of human-robot interaction.