Physics of Space Flight: A Comprehensive Guide to Astronautics
Efrain Benjamin
This audiobook is narrated by a digital voice.
Start reading this captivating journey into the world of astronautics, where the mysteries of space flight are unraveled through the lens of physics. This book provides a thorough understanding of the principles that govern the movement of spacecraft, from launch to orbit and beyond. It bridges the gap between complex theoretical concepts and practical applications, making it an invaluable resource for both students and enthusiasts of space science. The book delves into a variety of key topics essential for comprehending space flight. It covers the fundamentals of orbital mechanics, explaining how spacecraft achieve and maintain stable orbits around Earth and other celestial bodies. Detailed explanations of rocket propulsion systems elucidate the science behind launching vehicles into space, highlighting different types of propulsion technologies and their applications. The principles of astrodynamics are also explored, shedding light on how trajectories are planned and executed for missions to other planets and beyond. Furthermore, the book examines the challenges and solutions related to living and working in space. It addresses the effects of microgravity on the human body and the technologies developed to mitigate these impacts.
Duration - 5h 15m.
Author - Efrain Benjamin.
Narrator - Digital Voice Archie G.
Published Date - Sunday, 26 January 2025.
Copyright - © 2025 Kim Beasley ©.
Location:
United States
Description:
This audiobook is narrated by a digital voice. Start reading this captivating journey into the world of astronautics, where the mysteries of space flight are unraveled through the lens of physics. This book provides a thorough understanding of the principles that govern the movement of spacecraft, from launch to orbit and beyond. It bridges the gap between complex theoretical concepts and practical applications, making it an invaluable resource for both students and enthusiasts of space science. The book delves into a variety of key topics essential for comprehending space flight. It covers the fundamentals of orbital mechanics, explaining how spacecraft achieve and maintain stable orbits around Earth and other celestial bodies. Detailed explanations of rocket propulsion systems elucidate the science behind launching vehicles into space, highlighting different types of propulsion technologies and their applications. The principles of astrodynamics are also explored, shedding light on how trajectories are planned and executed for missions to other planets and beyond. Furthermore, the book examines the challenges and solutions related to living and working in space. It addresses the effects of microgravity on the human body and the technologies developed to mitigate these impacts. Duration - 5h 15m. Author - Efrain Benjamin. Narrator - Digital Voice Archie G. Published Date - Sunday, 26 January 2025. Copyright - © 2025 Kim Beasley ©.
Language:
English
Chapter 1: Introduction to Space Flight 4
Duration:00:00:04
1.1 The Dawn of Space Exploration 4
Duration:00:08:48
1.2 Key Milestones in Space Flight 9
Duration:00:08:05
1.3 The Role of Astronautics in Modern Science 13
Duration:00:08:09
Chapter 2: Fundamentals of Orbital Mechanics 19
Duration:00:00:05
2.1 Newton's Laws of Motion 19
Duration:00:06:11
2.2 Kepler's Laws of Planetary Motion 22
Duration:00:06:54
2.3 Orbital Elements and Parameters 26
Duration:00:09:28
Chapter 3: Rocket Propulsion 32
Duration:00:00:03
3.1 Basic Principles of Rocket Propulsion 32
Duration:00:06:28
3.2 Types of Rocket Engines 36
Duration:00:08:13
3.3 Propellants and Their Characteristics 40
Duration:00:07:03
Chapter 4: Spacecraft Design and Engineering 45
Duration:00:00:04
4.1 Structural Components of a Spacecraft 45
Duration:00:05:51
4.2 Thermal Control Systems 48
Duration:00:07:27
4.3 Power Systems for Spacecraft 53
Duration:00:05:58
Chapter 5: Launch Systems and Launch Vehicles 57
Duration:00:00:04
5.1 Overview of Launch Systems 57
Duration:00:10:04
5.2 Launch Vehicle Classification 63
Duration:00:09:59
5.3 Launch Site Operations 68
Duration:00:06:32
Chapter 6: Navigation and Guidance in Space 72
Duration:00:00:04
6.1 Principles of Space Navigation 72
Duration:00:08:00
6.2 Guidance Systems and Algorithms 76
Duration:00:08:31
6.3 Error Analysis and Correction Methods 81
Duration:00:08:46
Chapter 7: Orbital Maneuvers 87
Duration:00:00:04
7.1 Types of Orbital Maneuvers 87
Duration:00:06:27
7.2 Hohmann Transfers 90
Duration:00:06:47
7.3 Rendezvous and Docking Techniques 94
Duration:00:05:38
Chapter 8: Reentry and Landing 98
Duration:00:00:04
8.1 Aerodynamics of Reentry 98
Duration:00:06:20
8.2 Thermal Protection Systems 102
Duration:00:06:59
8.3 Landing Systems and Procedures 106
Duration:00:09:51
Chapter 9: Human Spaceflight 112
Duration:00:00:03
9.1 Physiological Effects of Space Travel 112
Duration:00:07:55
9.2 Life Support Systems 116
Duration:00:06:00
9.3 Crew Training and Preparation 120
Duration:00:07:16
Chapter 10: Space Missions and Applications 125
Duration:00:00:04
10.1 Scientific Missions 125
Duration:00:08:44
10.2 Commercial Spaceflight 130
Duration:00:09:23
10.3 Military and Defense Applications 135
Duration:00:09:51
Chapter 11: Space Environment and Its Effects 141
Duration:00:00:05
11.1 The Vacuum of Space 141
Duration:00:06:30
11.2 Solar Radiation and Its Effects 145
Duration:00:05:42
11.3 Micrometeoroids and Space Debris 148
Duration:00:04:03
Chapter 12: Communication and Data Transmission 151
Duration:00:00:05
12.1 Basics of Space Communication 151
Duration:00:05:31
12.2 Antenna Systems and Frequencies 154
Duration:00:08:01
12.3 Data Encoding and Error Correction 159
Duration:00:07:08
Chapter 13: Future Trends in Space Flight 164
Duration:00:00:04
13.1 Emerging Technologies 164
Duration:00:10:13
13.2 Human Missions to Mars 170
Duration:00:08:02
13.3 Space Tourism and Colonization 174
Duration:00:05:09
Chapter 14: Space Policy and Ethics 178
Duration:00:00:04
14.1 International Space Law 178
Duration:00:09:23
14.2 Ethical Considerations in Space Exploration 183
Duration:00:08:24
14.3 The Future of Space Policy 188
Duration:00:04:57