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The book, '3D Printed Smart Sensors and Energy Harvesting Devices: Concepts, Fabrication, and Applications' aims to explore the state-of-the-art integration of 3D printing technology in smart sensing and energy harvesting systems. By presenting a comprehensive overview of the field, the book seeks to bridge the gap between theoretical knowledge and practical applications, serving as a valuable resource for researchers, engineers, and students. The scope encompasses the entire value chain of 3D-printing-based sensors and devices development. Practical insights into designing and fabricating smart devices are provided, particularly emphasizing integrating chemical functionalities, electrodes, and advanced circuitry. This approach showcases state-of-the-art research and identifies challenges and future opportunities, fostering innovation in this dynamic field.
Key Features:
- Reviews recent research by leveraging 3D printing in various smart sensing domains.
- A thorough introduction to 3D-printed smart sensors, energy harvesters and related devices
- Focus on applications
Preface
Acknowledgements
Editor biography
List of contributors
1 3D printed smart sensors and energy harvesting devices: concepts, fabrication, and applications
2 Additive and subtractive manufacturing
3 3D printing materials for sensors and their commercial availability
4 CAD tools for 3D printing
5 3D-printed composite sensors: advancements, opportunities, and prospects
6 3D printing for wearable biosensing and energy storage devices
7 3D printing technology for next-generation energy harvesters
8 Cyber–physical system enabled 3D printed devices
9 Applications: smart sensors
10 Applications: energy harvesting and storage
11 3D-printing and sensor applications of geopolymers
12 4D printing: fundamentals and applications