Rocket Repulsion Fundamentals: A Complete Guide to Engines, Chemical and Electric Propulsion, Thrust, Combustion, Nozzle Design, Propellant Systems, Aerospace Engineering

FULL COLOR ENGINEERING TEXTBOOK Every rocket ever built runs on a grudge. Newton's third law doesn't ask permission - push something away hard enough, and the universe pushes back exactly as hard, in exactly the opposite direction. Rocket Repulsion Fundamentals is built entirely around that one unbreakable fact, tracing it from a skateboard-and-a-thrown-bag thought experiment all the way to full-flow staged combustion, nuclear thermal engines, and laser-driven interstellar sails. This isn't a rehash of the same textbook structure you've seen before. Every chapter follows its own rhythm - a Mission Briefing to orient you, a Common Misconception to correct what you think you know, a Real-World Case Study pulling from the Saturn V, Falcon Heavy, Voyager, Ariane 5, and more, and Extended Practice Problems with full worked solutions - so the physics never stays abstract for long. Inside, you'll find: - The physics foundation - momentum, thrust, the rocket equation, specific impulse, and nozzle design, built from first principles- A complete tour of chemical propulsion - solid motors, liquid bipropellants, hypergolics, cryogenics, combustion instability, and turbopump cycles- What comes after chemistry - ion and Hall-effect thrusters, nuclear thermal and nuclear electric propulsion, solar sails, and the exotic physics of fusion and antimatter drives- Vehicle-level engineering - staging strategy, structural materials, guidance and control, and the reusability revolution- The discipline behind the launch - static fire testing, propellant safety, failure investigation, and the regulations that govern spaceflight- A complete walk-through of a real launch, from liftoff to orbital insertion, and a clear-eyed look at the next fifty years of propulsion >If you've ever wondered exactly why a rocket doesn't need anything to push against - and what it takes to build a machine that throws itself into orbit - this is the book that finally makes it click.