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      • L1: The Basics
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      • L1: Introduction
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      • L1: Intro to Control Systems
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Rocket Propulsion Elements

This tutorial series was designed to give you the most in depth knowledge basis on everything rocket related. Of course, there will be things that I may miss or assume you already understand. If this is the case, please take a look at other resources I provide in the "Additional Resources" section of this page.
Let's first begin by talking about what "Rocket Propulsion" really is. Propulsion is derived from the Greek work "Propellerie" which means "push forward". Thus anything that is able to change the velocity of the car or to impart a change in momentum to the car is a device of propulsion.
momentum = mass * velocity
So my changing the velocity, we are able to impart a change in momentum to the device.
Topics of Discussion
  1. Space
    1. ​Motion in Space
      1. ​How to define the requirements of a rocket?
  2. ​​Theory of Rockets
    1. ​Understanding Fundamentals
  3. Nozzles
  4. Solid, Liquid, Gas, Hybrid, Electric, Nuclear Propellants
  5. Solid Propellant Rockets
  6. Liquid Propellant Rockets
  7. Hybrid, Monopropellant Rockets
  8. Combustion Instability
  9. Electrical Rockets
  10. Nuclear Rockets & Advanced Topics

Additional Resources
  1. Sutton, Rocket Propulsion Elements, Wiley, 2001
  2. Ramamurlthi, Rocket Propulsion, Maxmillant, 2010
  3. H.S Mukundas, Understanding Propulsion, Inteline Banglore, 2004
  4. Hill and Patterson, Thermodynamics of Propulusion, Reading, 1992

  • Home
  • Rocketry Projects
    • RCS Thruster
    • Custom Solenoid Valve
    • Horizontal Test Stand
    • Project Quasar
    • COPV Burst Stand
    • Custom Flight Computer MkII
    • Experimental Air Braking
    • Solid Rocket Flight Computer
    • Syncope
  • Personal Projects
    • Persistence of View Globe
    • Hexapod
    • RTOS Race Car
    • OpenBevo
  • Makerstudio Trainings
    • Autodesk Eagle
  • Tutorials
    • NFPA70: NEC Standards
    • Github
    • Electronics Fundamentals >
      • Electricity from an Atomic Perspective
      • Resistor Circuit Analysis
    • Custom Rocket Engines >
      • Injector Orifice Sizing
      • How Rocket Engines Work
      • Choosing Your Propellant
      • Dimensioning Your Rocket
    • DIY Hybrid Rocket Engine >
      • L1: The Basics
    • Semiconductors >
      • L1: Charge Carriers and Doping
      • L2: Diodes
    • Rocket Propulsion >
      • L1: Introduction
      • L2: Motion in Space
      • L3: Orbital Requirements
      • L4: The Rocket Equation
      • L5: Propulsion Efficiency
    • Government 1 >
      • L1: The Spirit of American Politics
      • L2: The Ideas That Shape America
      • L3: The Constitution
    • Government 2 >
      • C1: The International System
      • C2: US Foregin Policy Apparatus and National Interest
      • C3: Grand Strategy I
      • C4: Grand Strategy II
      • C5: The President and Foreign policy
      • C6: Congress in Foreign Policy
    • Control Feedback Mechanisms >
      • L1: Intro to Control Systems
      • L2: Mathematical Modeling of Control Systems
      • C3: Modeling Mechanical and Electrical Systems
    • Electromechanical Systems >
      • L1: Error Analysis and Statistical Spread of Data
    • Rocket Avionics Sourcing