Nathan Glinski. Chinese in the 13 th century. 1930 - Frank Whittle received an English patent. 1935 - Hans von Ohain. 1937 - Testing of Whittle’s engine.

Slides:



Advertisements
Similar presentations
The Third Law of Motion Section 3.
Advertisements

Aerospace Engineering Laboratory II
Turbojets.
JET ENGINES.
JET PROPULSION Part 3 The Jet Engine.
JET PROPULSION Part 1 The Compressor.
Jet Engine Design Idealized air-standard Brayton cycle
Department of Mechanical Engineering ME 322 – Mechanical Engineering Thermodynamics Lect 27b Jet Aircraft Propulsion.
Jet Engine Design diffuser compressor combustion chamber turbine nozzle P=constant q out q in T s 1-2 Isentropic compression in.
Jet Engines Engine Review Back to School – Spring Break is Over!
Propulsion Systems. Propulsion System A machine that produces thrust to push an object forward The amount of thrust depends on the mass flow through the.
JET ENGINE.
Aircraft Engines Types and Placement.
Turbine Engine 101.
Lecture 3b: Aircraft Engines
Flight Power.
FLIGHT POWER Know basic engine principles. 1. Define a list of terms related to basic engine principles. 2. Describe the various types and components of.
Thermodynamics Professor Lee Carkner Lecture 18
How do aircraft jet engines work?
What Causes an Airplane to Fly? Test Your Knowledge ! Match term with letter. Weight Drag Lift Thrust A_______ B________ C________ D________.
How Airplanes Fly Jonathan De La Cruz Quan Nguyen.
Parametric Study of Turbofan Engine Performance P M V Subbarao Professor Mechanical Engineering Department Its Time to think about fuel Economy……
Thrust Lecture 8 Chapter 4. Thrust Thrust is the force that must be generated in order to overcome the natural resistance of drag. Because drag is the.
Propulsion Devices (Engines) Air-Breathing Use atmospheric air (+ some fuel) as main propellant Rockets Carry entire propellant (liquid/solid fuel + oxygen)
Introduction of jet engine
 The word "rocket" can mean different things. Most people think of a tall, thin, round vehicle. They think of a rocket that launches into space. "Rocket"
AE 1350 Lecture Notes #13.
Test Review Aerodynamics. Aerodynamic forces Bernoulli's principle The relationship between the velocity and pressure exerted by a moving liquid is described.
Gas Power Cycle - Jet Propulsion Technology, A Case Study
MECHANICAL ENGINEERING
Jimmy Luo. HistoryHow It WorksCurrent Applications History.
Gas Turbine Prof. Somsak Chaiyapinunt. Gas Turbine What is gas turbine? How important is the gas turbine to the engineering applications? How does the.
Jet Propulsion  Reaction Engine  Hero Of Alexandria - 3rd Century BC  Steam Turbine Development  Italian Engineer - Giovanni Branca (1629)  Steam.
Jet engine. 400 BC, Pythagoras's followers Aer Xi Tasman tried to create a spray device, to make a wooden bird along the flight, but failed due to insufficient.
Airplanes vs. Rockets:. What are the principles of flight for planes and rockets?
How Do Rockets Work? Matt Haynes Basic Principle of a Rocket “Every action has an equal and opposite reaction.”
AVIATION IN THE WEST OF ENGLAND SINCE 1910 FLYING.
AIRCRAFT ENGINE Lecture 4
Theory of Flight 6.04 Laws and Forces References: FTGU pages
Fundamentals of Rocket Stability It’s (not) rocket science!
Jet Propulsion.
Jet Engines Engine Review Back to School – Spring Break is Over!
How does an Airplane Fly? Forces on an Airplane in Flight The four aerodynamic forces that act upon an airplane in flight are lift (the upward.
With a Little Help. Newton’s Third Law of Motion for every action there is an equal and opposite reaction jet airplanes and space rockets rely on this.
UNIVERSITY OF WEST BOHEMIA FACULTY OF MECHANICAL ENGINEERING DEPARTMENT OF POWER SYSTEM ENGINEERING Ratkovská Katarína.
Jet Engines By: Umar Ibrahim 6A. What is the invention? Jet engines are really powerful machines in planes that cause a tremendous amount of thrust so.
8.3 Newton’s laws of motion. Loose change experiment, p.269.
How Planes Fly Welcome to Unpacked, where we demystify hot topics in the airline industry! In this edition we take a 30,000 foot look at the physics behind.
6.04 Laws and Forces References: FTGU pages 21-39
Sci. 5-1 Rocket Science Pages A. Rocket- a machine that uses escaping gas to move.
Lecture 3b: Aircraft Engines s: Propeller + Piston Engines Era  From 1903 (Wright bros.) until the Early 1940s, all aircraft used the piston.
Turbine Engine 101. Topics History of turbine engine design. Types of turbine engines. Common turbine engine models found on today's private and corporate.
Theory of Flight All are demonstrated by the flight of the bird!
Rockets & Rocketry. Rocket A rocket is a type of engine that pushes itself forward or upward by producing thrust. Unlike a jet engine, which draws in.
 FAN  COMPRESSOR  COMBUSTOR  TURBINE  MIXER  NOZZLE.
Jet Engine By Duncan Musselwhite. How a Jet Works A jet is air being sucked into a large tube mixed with fuel, lit, and expelled out the back of the tube.
JET ENGINE PROPULSION Chapter 0 Introduction. GAS TURBINE ENGINE A GAS TURBINE ENGINE OPERATES SIMILARILY TO A PISTON ENGINE. THE DIFFERENCE BEING THAT.
POWERPLANT INTRO TO TURBINES PP2 Spokane Community Community College College.
? ?? ? Imagine if… There were no airplanes… What would we need to fly???
WORK Work = Force x Distance POWER power = work done ÷ time taken ENERGY 1-POTENTIAL ENERGY (Potential Energy = Force x Distance ) 2-KINETIC ENERGY Energy.
OBJECTIVES At the end of this subject, the participants will have a general understanding of the following; Technical definitions about powerplants Different.
Des. Ton Nguyen. MAIN PARTS  Fan  Compressor  Combustor  Turbine  Nozzle.
How Planes and Other Aircrafts Fly
Jet Engine, How does it work ?
Turbojets.
Jet Engines Aerospace.
Newton’s Third Law.
Newton’s 3rd Law Q: How would you explain the animation above?
Jet Aircraft Propulsion
Gas turbines Newer type of internal combustion engine.
Presentation transcript:

Nathan Glinski

Chinese in the 13 th century Frank Whittle received an English patent Hans von Ohain Testing of Whittle’s engine began – First successful flight of Whittle’s engine The Gloster E.28/39, one of the first British aircraft to fly with a turbojet engine Frank Whittle

Newton’s Third Law: For every action there is an equal and opposite reaction. Fans help pull air in the front of the engine. Air flows into the compressor. The air then leaves the high-pressure compressor and enters the combustion chamber. The air is mixed fuel and burned. The superheated gas then passes through the turbine which rotates the compressor blades.

An F-16 Fighting Falcon takes off.

Above: A Pratt & Whitney F100 turbofan engine for the F-15 Eagle and the F-16 Falcon being tested in the hush house at Robins Air Force Base, Georgia, USA. Below: The Whittle W.2/700 engine flew in the Gloster E.28/39