Spacecraft and Propulsion Systems

By Magnus Veridian

Discover the science and engineering behind modern spacecraft design and advanced propulsion technologies through a comprehensive exploration of space systems, mission planning, and future aerospace innovations. This resource provides a detailed understanding of how spacecraft are built, how propulsion systems operate, and how engineers select the right technologies for different space missions.

Covering both traditional and next-generation propulsion methods, this guide explains the principles of chemical rockets, electric propulsion, nuclear-powered systems, and experimental space travel concepts. Readers will gain insight into spacecraft structures, propulsion efficiency, mission optimization, and the technological challenges involved in deep space exploration.

Perfect for students, aerospace enthusiasts, engineers, researchers, and anyone interested in astronautics, satellite technology, and interplanetary travel.

Inside this book, readers will discover:

The fundamental structural components of spacecraftHow chemical propulsion systems generate thrustThe advantages and limitations of electric propulsion technologiesThe principles behind nuclear-based propulsion systemsEmerging and experimental propulsion concepts for future missionsHow propulsion systems are selected for different mission profilesThe relationship between spacecraft design and mission performanceKey engineering considerations in space mission planningThe future of advanced space transportation systemsImportant concepts in aerospace engineering and astronautics

Readers will also find answers to questions such as:

How do spacecraft propulsion systems work?What are the differences between chemical, electric, and nuclear propulsion?Why are different propulsion systems used for different missions?What technologies may power future deep space exploration?How are spacecraft structures designed to survive space conditions?What factors influence propulsion efficiency and mission success?How do engineers choose the best propulsion system for a mission?What are the latest developments in advanced spacecraft technology?

This educational resource combines aerospace engineering fundamentals with practical mission analysis, making complex concepts accessible while providing valuable technical knowledge for anyone interested in space science, spacecraft systems, propulsion engineering, satellite technology, and future space exploration.

• Format: Paperback
• Language: English
• ISBN: 8206294619
• ISBN13: 9788206294614
• Release Date: May 2026
• Publisher: Cbf Publishing
• Length: 220 Pages
• Weight: 0.57 lbs.
• Dimensions: 8.5" x 0.5" x 5.5"