About Course
🚀 Rocket Propulsion Playlist | GATE Aerospace 2027 This playlist covers the complete Rocket Propulsion syllabus for GATE Aerospace Engineering. Each lecture explains concepts step by step with theory, derivations, and numericals. Perfect for serious aspirants preparing for GATE AE 2027 and anyone interested in aerospace engineering fundamentals. 📌 Topics include: Basics and definitions of rocket propulsion Specific impulse, thrust coefficient, and characteristic velocity Solid, liquid, and hybrid rocket engines Nozzle flow and expansion Combustion, performance, and efficiency Advanced concepts for GATE Aerospace 👉 Follow this playlist to master Rocket Propulsion in a structured and exam-oriented way.
- Rocket Propulsion Elements by George P. Sutton & Oscar Biblarz: The standard, comprehensive text for engineers and students.
- Rocket Propulsion by K. Ramamurthi: A comprehensive text focusing on engineering principles.
- Fundamentals of Rocket Propulsion by D.P. Mishra: Covers theoretical and practical aspects of solid and liquid rockets.
- Rocket and Spacecraft Propulsion by Martin J.L. Turner: Covers principles and new developments.
#GateAerospace #RocketPropulsion #AerospaceEngineering
Course Content
Rocket Propulsion
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Must Watch Before Starting the Course | GATE Aerospace Learning
01:45 -
Lecture 1 – BASICS AND DEFINATIONS
57:54 -
Lecture 2 – Efficiencies, Vertical Flight (Powered and coasting flight)
01:00:48 -
Lecture 3 – Numerical Solving Session – 01
50:29 -
Lecture 4 – Rocket Equation, Multistaging, & Burning Rate Law
56:30 -
Lecture 5 – Numericals on Rocket Equation, Multistaging, & Burning Rate Law
52:57 -
Lecture 6 – Rocket Engine Nozzle Numerical _ Thrust & Exit Area Calculation with Gas Dynamics
31:40 -
Lecture 7 – Numerical Solving Session
08:35 -
Lecture 8 – Numerical Solving Session
16:26
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