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Exploring Thermally Stable Boundary Layers: Fluid Dynamics Simulation and Analysis

This project focuses on creating a simulation of thermally stable boundary layers to measure fluid dynamics properties. Utilizing principles from the Navier-Stokes equations, the experiment is designed to understand turbulent structures, including vortices. Preliminary work involves comprehensive data collection and analysis across various temperature and velocity settings. Acknowledgments to Professor Lex Smits and Owen Williams for their guidance in this complex field. The findings aim to contribute valuable insights into energy challenges associated with fluid mechanics.

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Exploring Thermally Stable Boundary Layers: Fluid Dynamics Simulation and Analysis

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  1. Thermally Stable Boundary Layers Emily Moder – Grand Energy Challenges

  2. Turbulent structures – vortices Background Basics of boundary layer fluid mechanics Navier-Stokes Equation:

  3. Experiment Setup Goal: create a simulation of a thermally stable boundary layer, and measure the fluid dynamics properties of the system

  4. Preliminary Work

  5. Data Collection and Analysis T3, V 2.5 T3, V6

  6. Data Collection and Analysis T3, V8 T3, V4

  7. Data Collection and Analysis V4, T2 V4, T1

  8. Thanks to Professor Lex Smits and Owen Williams!

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