Aerospace Engineering Foundations - Rocket Propulsion: Master Rocket Propulsion Fundamentals, Calculations, and Design Strategies for Aerospace Engine (Paperback) (ISBN-13: 9798286076444)

From the first spark of ignition to the last Newton of thrust, this definitive aerospace engineering textbook demystifies every step of chemical, solid, hybrid, and cryogenic rocket propulsion. Forty-four rigorously structured chapters-each a self-contained masterclass-guide you through:

• Tsiolkovsky's Rocket Equation & ΔV budgeting for mission success
• Isentropic nozzle flow, expansion ratio sizing, shock & boundary layer effects for maximum efficiency
• Propellant thermochemistry, chemical equilibrium, adiabatic flame temperature & dissociation to squeeze every joule from your fuel
• Staging, gravity-turn trajectory math, gravity/drag losses & mass-fraction sensitivity that separate winning designs from the rest
• Combustion stability, acoustic modes, erosive burning & ablative cooling for rock-solid reliability
• Feed-system compressible flow, cavitation in cryogenics & pressurization gas dynamics to eliminate costly design oversights

- Undergraduate & graduate aerospace, mechanical, and chemical engineering students
- Space industry professionals refining propulsion subsystems
- STEM educators building cutting-edge curricula
- Self-taught rocketeers hungry for credible, math-backed knowledge

Take command of the calculations that power orbital launchers, deep-space probes, missile systems, and experimental cubesats-then push them further.