Textbook in PDF format

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. Preface Introduction to 3D printing Types of 3D printing techniques Additive and subtractive manufacturing 3D printing materials for sensors and their commercial availability CAD tools for 3D printing 3D-printed composite sensors: advancements, opportunities, and prospects 3D printing for wearable biosensing and energy storage devices 3D printing technology for next-generation energy harvesters Cyber–physical system enabled 3D printed devices Applications: smart sensors Applications: energy harvesting and storage 3D-printing and sensor applications of geopolymers 4D printing: fundamentals and applications 3D printing: challenges and future opportunities