Spacecraft System Design Space Science Technology and Application Series 1st Edition by Zhang Qingjun, Liu Jie ISBN 1032453923 9781032453927

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ISBN 10: 1032453923
ISBN 13: 9781032453927
Author: Zhang Qingjun, Liu Jie

Drawing on practical engineering experience and latest achievements of space technology in China, this title investigates spacecraft system design and introduces several design methods based on the model development process.
A well-established space engineering system with spacecraft as the core is integral to spaceflight activities and missions of entering, exploring, developing and utilizing outer space. This book expounds the key phases in the workflow of spacecraft development, including task analysis, overall plan design, external interface, configuration and assembly design and experimental verification. Subsystems that function as the nuclei of spacecraft design and important aspects in the model development process are then examined, such as orbit design, environmental influence factors, reliability design, dynamics analysis, etc. In addition, it also discusses the digital environment and methods to improve the efficiency of system design.
The title will appeal to researchers, students, and especially professionals interested in spacecraft system design and space engineering.

Spacecraft System Design Space Science Technology and Application Series 1st Edition Table of contents:

Chapter 1: Fundamentals of Spacecraft System Design

• 1.1 Overview of Spacecraft Systems
• 1.2 Key Principles in Spacecraft Design
• 1.3 Types of Spacecraft and Their Applications
• 1.4 Design Process and Phases of Spacecraft Development
• 1.5 Interdisciplinary Nature of Spacecraft Design

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Chapter 2: Spacecraft Configuration and Subsystems

• 2.1 Spacecraft Configuration Design
• 2.2 Propulsion Systems
• 2.3 Power Generation and Distribution
• 2.4 Thermal Control Systems
• 2.5 Communications and Data Handling
• 2.6 Structural Design and Materials
• 2.7 Payload and Mission Equipment

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Chapter 3: Mission and Performance Requirements

• 3.1 Defining Mission Objectives
• 3.2 Mission Analysis and Requirements
• 3.3 Performance Metrics for Spacecraft Systems
• 3.4 Orbital Mechanics and Trajectory Design
• 3.5 Environmental Factors: Radiation, Vacuum, and Microgravity

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Chapter 4: Spacecraft Design Process

• 4.1 Conceptual Design and Preliminary Design
• 4.2 Detailed Design and System Integration
• 4.3 Prototyping and Testing
• 4.4 Verification and Validation of Systems
• 4.5 Design Review and Risk Management

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Chapter 5: Spacecraft Power Systems

• 5.1 Power Generation: Solar Panels vs. Nuclear Systems
• 5.2 Power Storage: Batteries and Fuel Cells
• 5.3 Power Distribution and Regulation
• 5.4 Redundancy and Reliability in Power Systems
• 5.5 Case Studies of Power Systems in Spacecraft

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Chapter 6: Spacecraft Propulsion Systems

• 6.1 Types of Propulsion: Chemical vs. Electric
• 6.2 Propellant Selection and Efficiency
• 6.3 Thrust and Specific Impulse
• 6.4 Propulsion Systems for Different Mission Profiles
• 6.5 Advanced Propulsion Technologies and Future Trends

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Chapter 7: Spacecraft Thermal Systems

• 7.1 Heat Transfer in Spacecraft
• 7.2 Thermal Management Systems: Passive and Active
• 7.3 Thermal Protection Materials
• 7.4 Temperature Control in Extreme Environments
• 7.5 Case Studies of Thermal Systems in Space Missions

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Chapter 8: Spacecraft Communications and Data Systems

• 8.1 Communication Systems in Spacecraft
• 8.2 Telemetry and Data Handling Systems
• 8.3 Antenna Design and Signal Processing
• 8.4 Data Storage and Transmission Techniques
• 8.5 Case Studies of Communication Systems

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Chapter 9: Structural Design and Materials for Spacecraft

• 9.1 Structural Integrity and Load Distribution
• 9.2 Materials for Spacecraft Construction
• 9.3 Lightweight and High-Strength Materials
• 9.4 Vibration and Shock Absorption Systems
• 9.5 Impact of Microgravity on Structural Design

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Chapter 10: Spacecraft Control and Guidance Systems

• 10.1 Spacecraft Attitude and Orientation Control
• 10.2 Reaction Control Systems (RCS)
• 10.3 Navigation and Guidance Algorithms
• 10.4 Autonomous Spacecraft and Artificial Intelligence
• 10.5 Gyroscopes, Accelerometers, and Sensors

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Chapter 11: Spacecraft Testing and Verification

• 11.1 Testing Procedures for Spacecraft Systems
• 11.2 Vibration, Thermal, and Vacuum Testing
• 11.3 Simulations and Virtual Prototyping
• 11.4 Mission Validation and Fault Detection
• 11.5 Lessons Learned from Spacecraft Testing

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Chapter 12: Future Trends in Spacecraft Design

• 12.1 Emerging Technologies in Spacecraft Design
• 12.2 Autonomous and AI-Driven Spacecraft
• 12.3 CubeSats and Small Satellite Missions
• 12.4 Spacecraft for Deep Space Exploration
• 12.5 Sustainability and Green Technologies in Spacecraft

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