This book delves into a vital aspect of space exploration technology: 3D printing in space. It explores the key techniques and application scenarios of this innovative technology. With several countries announcing moon missions, the dream of venturing into the vast universe is becoming a reality. 3D printing stands out as a technological breakthrough of the 21st century, offering immense potential for space exploration efforts. Featuring over 100 color graphics, this book not only delves into fundamental theories and research advancements but also addresses practical questions like achieving "waste recycling" in spacecraft and printing "houses" on the moon's surface. Additionally, it provides insights on dealing with component failures during deep space missions. Drawing from the authors' extensive research and development work in satellite payload technology, this book combines solid theoretical knowledge with practical engineering experience. It is a valuable resource for students, researchers, and engineers interested in space exploration and astronautics. Let this book serve as a vessel for readers to embark on their journey through the sea of stars.
The English translation of this book, originally in Chinese, was facilitated by artificial intelligence. The content was later revised by the author for accuracy.
.- What is 3D Printing in Space.
.- Existing 3D Printing Technologies.
.- 3D Printing of Artificial Satellites and Rockets.
.- On-Orbit 3D Printing.
.- 3D Printing in Deep Space Exploration.
.- New Materials for Space 3D Printing.
.- Technical Applications of Space 3D Printing.
.- Future Development of 3D Printing in Space.
Yun Li, Professor, engaged in research on satellite communication and novel space microwave technologies.
Xiaojun Li, Professor, engaged in satellite communication technologies.
Dahai Shen, Professor, engaged in in satellite communication technologies.
