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Exploring Fluid Dynamics in Engineering: A Comprehensive Overview

This presentation at Columbia High School delves into the fundamental concepts of fluids in engineering, including definitions, Bernoulli's equation, aerodynamics, modeling fluids, and dimensional analysis. Learn about the properties of liquids, gases, and granular materials, and the interplay of inertial and viscous forces in fluid systems.

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Exploring Fluid Dynamics in Engineering: A Comprehensive Overview

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  1. Date: 4/22/10Prepared by: Javier Kienzle, Fellow - GK12  ProgramPresented at: Columbia High SchoolSupported by:  NSF Graduate Teaching Fellow in K-12 Education ProgramAssociated Institution: Stevens Institute of Technology - Hoboken, NJ Fluids in engineering

  2. What is a fluid? • Simply put…something that flows. • Liquid • Gas • Granular Material

  3. Bernoulli’s Equation Constant

  4. Bernoulli’s Equation Constant

  5. Aerodynamics WING Constant

  6. How can we model a fluid? Consider: f (P,V,ρ,L,μ) Note: μ is the fluid viscosity (thickness)

  7. Dimensional Analysis Inertial Forces = Viscous Forces

  8. Dimensional Analysis

  9. Questions Questions or Comments?

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