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These Jupyter notebooks and associated code serve as a companion to the course.

These are not static notebooks. **You are encouraged to play with them: run with different parameter values, create other plots, etc.!** The whole point is to enable an understanding of fluid mechanics through interactiveness.

*The code is released under the [MIT license](https://opensource.org/licenses/MIT).*
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## Table of Notebooks

- [Introduction](0.1-WelcomeToJulia.ipynb)

#### Chapter 1 - Fluid properties, flow quantities, and dimensional analysis

- [1.0 Units and quantities](1.0-UnitsAndQuantities.ipynb)
- [1.1 Velocity profiles](1.1-VelocityProfiles.ipynb)
- [1.2 Dimensionless quantities](1.2-DimensionlessQuantities.ipynb)
- [1.3 Dimensional analysis](1.3-DimensionalAnalysis.ipynb)


#### Chapter 2 - Fluid statics

- [2.0 Basics of fluid statics](2.0-FluidStatics.ipynb)
- [2.1 Manometry](2.1-Manometry.ipynb)
- [2.2 Submerged surfaces](2.2-SubmergedSurfaces.ipynb)


#### Chapter 3 - Flow kinematics

- [3.0 Streamlines](3.0-Streamlines.ipynb)


#### Chapter 4 - Control volume analysis

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#### Chapter 5 - Pipe flow systems

- [5.0 Energy equation example](5.0-EnergyEquationExample.ipynb)

#### Chapter 6 - Compressible flow

- [6.0 Basic gas dynamics](6.0-BasicGasDynamics.ipynb)
- [6.1 Isentropic gas dynamics](6.1-IsentropicGasDynamics.ipynb)
- [6.2 Converging-diverging nozzles](6.2-ConvergingDivergingNozzle.ipynb)


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