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      "The IPython notebooks in this repository have been contributed by students and followers of the open course [**\"Practical Numerical Methods with Python.\"**](http://openedx.seas.gwu.edu/courses/GW/MAE6286/2014_fall/about)\n",
      "\n",
      "Contributions are welcome, via pull request to the GitHub repository!\n",
      "\n",
      "1. [Blasius boundary-layer equation with shooting methods](./Blasius.Shooting.Method/01_shooting_blasius.ipynb), by <NAME> [@iancarr](https://github.com/iancarr)\n",
      "2. [Euler-Bernoulli beam equation](./Euler.Bernoulli.Beam.Equation/Euler.Bernoulli.Beam.Equation.ipynb), by <NAME> [@bornemeierm](https://github.com/bornemeierm)\n",
      "3. [Logistic equation with leapfrog method](./Logistic.Leap.Frog/LogisticLeapFrog.ipynb), by <NAME> [@SigurdAngenent](https://github.com/SigurdAngenent)\n",
      "4. [Navier-Stokes equation and immersed boundary method](), by <NAME> [@akidhruv](https://github.com/akidhruv)\n",
      "5. [Lotka-Volterra equation for predator-prey models](), by <NAME> [@dsrivallabha](https://github.com/dsrivallabha)\n"
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      "The IPython notebooks in this repository have been contributed by students and followers of the open course [**\"Practical Numerical Methods with Python.\"**](http://openedx.seas.gwu.edu/courses/GW/MAE6286/2014_fall/about)\n",
      "\n",
      "Contributions are welcome, via pull request to the GitHub repository!\n",
      "\n",
      "1. *\"Shoot First, Ask Questions Later,\"* or the [Blasius boundary-layer equation with shooting methods](./Blasius.Shooting.Method/01_shooting_blasius.ipynb), by <NAME> [@iancarr](https://github.com/iancarr)\n",
      "1. [Euler-Bernoulli beam equation](./Euler.Bernoulli.Beam.Equation/Euler.Bernoulli.Beam.Equation.ipynb), wistfully titled *\"Lions, and Tigers, and 4th Order PDEs,\"* by <NAME> [@bornemeierm](https://github.com/bornemeierm)\n",
      "1. [Logistic equation with leapfrog method](./Logistic.Leap.Frog/LogisticLeapFrog.ipynb), a contribution by <NAME> [@SigurdAngenent](https://github.com/SigurdAngenent)\n",
      "1. [Navier-Stokes equation and immersed boundary method](), by <NAME> [@akidhruv](https://github.com/akidhruv)\n",
      "1. [Lotka-Volterra equation for predator-prey models](./Predator.Prey.Model/Predator.Prey.Model.ipynb), by <NAME> [@dsrivallabha](https://github.com/dsrivallabha)\n",
      "1. [Particle-in-cell simulation for plasma modeling]()\n"
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