propulsion thermodynamics

Propulsion thermodynamics involves studying how engines and devices convert energy into motion to move objects, such as planes or rockets. It examines how fuel energy is transformed into heat, then into force that pushes or pulls a vehicle forward. The process relies on principles like energy conservation and efficiency, analyzing how hot gases expand and accelerate through turbines or nozzles to generate thrust. Essentially, it’s about understanding and optimizing the flow of energy and matter to produce the most effective and efficient movement.