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- 1. BASIC PRINCIPLES OF AERODYNAMICS
- 2. OUTLINE INTRODUCTION DEFINITIONS BERNOULLI´S PRINCIPLE VENTURI EFFECT APPLICATIONS BIBLIOGRAPHY
- 3. Aerodynamics is a branch of dynamics concerned with the study of the motion of air. In 1726, Isaac Newton became one of the first aerodynamicists in the modern sense when he developed a theory of air resistance, which was later verified for low flow speeds.
- 4. Daniel Bernoulli proved experimentally that "the internal pressure of a fluid (liquid or gas) decreases as the fluid velocity increases" . Bernoulii’s Principle
- 5. VENTURI EFFECT Phenomenon in which a moving fluid inside a closed conduit decreases its pressure when the velocity increases when passing through a zone of smaller section.
- 6. Principle of conversation of energy when if Pressure decrease the speed increase or viceversa
- 7. Formula 𝑝1 − 𝑝2 = 𝜌 2 𝑣2 2 − 𝑣1 2
- 8. Different Applications for Venturi Tubes Important air is considered like a fluid. It can be used to calculate the flow rate from these measured pressure differences
- 9. Basic Carburetor • Substances outside of the Venturi tube are sucked into the low-pressure area • Different pressure produce that basic carburetor work.
- 10. Venturi in airplanes
- 11. APPLICATIONS
- 12. BIBLIOGRAPHY Fairclough, C ( 2015). Exploring the Venturi Effect “, COMSOL, URL : https://goo.gl/RKxu8a last accessed on [06/06/2018] NASA ( n.d.),Bernoulli and Newton,Available in: https://goo.gl/fjUcER , last accessed on [06/06/2018] "The Venturi effect". Wolfram Demonstrations Project. Retrieved 2009-11- 03.
- 13. Any Question ?