Project Caelus: Liquid Rocket Engine - Pt. 2: Nozzle Geometry & Parabolic/Bell Approximation
A basic introduction on how to generate a conical rocket nozzle using formulas from the previous episode and how to CAD it in Fusion 360. We also show how to generate a parabolic/bell (Rao method) nozzle from your conical nozzle. PROJECT CAELUS: A non-profit, high school based liquid rocket engine program. Our goal is to develop a liquid-fueled rocket that can reach the Karman Line by the summer of 2021. Visit us at projectcaelus.org.
▶︎
Supersonic Nozzles - What happens next will SHOCK you!
▶︎
Are Aerospikes Better Than Bell Nozzles?
▶︎
Electricity Does Not "Split" H₂O. And That's VERY Useful.
▶︎
Euler (gimbal lock) Explained
▶︎
Making a Rocket Nozzle - Simplex Ep 3
▶︎
Liquid Rocket Engines 6: Nozzle
▶︎
Project Caelus: Liquid Rocket Engine - Pt. 1: Propellant Selection Using CEAgui
▶︎
How To Design A Solid Rocket Motor - Simplex Ep 1
▶︎
INTUITIVE Explanation of Rocket Nozzles (Convergent Divergent)
▶︎
NASA's clever technique to make combustion chambers
▶︎
Rocket Stability
▶︎
Propulsion Meeting 6: Nozzle Contours
▶︎
Explained: Converging-Diverging Nozzle
▶︎
Kerbal Space Program Doesn't Teach... Rocket Nozzles
▶︎
How NASA Reinvented the Rocket Engine
▶︎
converging diverging rocket nozzle
▶︎
Fusion 360 Workshop 06 ROCKET NOZZLE
▶︎
Automated Liquid Rocket Engine Turbopump Design with AxSTREAM ION
▶︎
Rocket Engine Fundamentals and Design Part 2/2: Nozzle Expansion and Design Example
▶︎