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Internal Combustion Engine

Nicholas DiPreta Alex Leondis. Internal Combustion Engine. Basic Premise. Conversion of PE from propellant to a desired motion. Propellant and engine create motion . Where it Came From. Internal combustion engine is derived from the military cannons of old. Internal Combustion.

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Internal Combustion Engine

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  1. Nicholas DiPreta Alex Leondis Internal Combustion Engine

  2. Basic Premise • Conversion of PE from propellant to a desired motion Propellant and engine create motion

  3. Where it Came From Internal combustion engine is derived from the military cannons of old.

  4. Internal Combustion ~ Ignited small amount of fuel in compressed space creates expanding gas-> Otto Cycle + = Compression of gas and air ignites and explodes!

  5. Otto Cycle • Nikolaus Otto, 1867 • Four Step Process • Intake, Compression, Combustion, Exhaust

  6. Step 1~ Intake Stroke • Intake valve opens, allowing propellant air mixture into cylinder- like putting hairspray in our gun. • Piston begins to move downwards

  7. Step 2~Compression Stroke • Piston moves back up to increase pressure of gas air mixture. • Like pushing the potato further into the chamber via ramrod.

  8. Step 3~Ignition/Combustion • Spark plug ignites fuel, driving piston and down • Like igniting the barbeque igniter

  9. Step 4~ Exhaust Stroke • Exhaust valve opens, allowing exhaust out • Similarly, exhaust is emitted from the potato gun

  10. The Cycle • The Internal Combustion Engine undergoes a repetitive cycle that differentiates it from a simple explosion powered gun http://auto.howstuffworks.com/engine1.htm

  11. Engine Arrangements • Inline, V, or Flat

  12. Physics Applications • Impulse • Work/KE relation • Fdcos(ᶱ)= ∆KE is transferred into potential and back throughout trajectory Trying to optimize results by adhering to formulae

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