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PyVLM

Description Python Vortex Lattice Method
Author AeroPython Team [email protected]
Version 0.0.1
Python Version 3.6
Requires Numpy, Matplotlib

Installation

PyVLM has been written in Python3, and its version v0.1.1 is available in PyPi. It can be installed using:

$ pip install vlm

To install in development mode:

$ git clone https://github.com/aqreed/PyVLM.git
$ cd PyVLM
$ pip install -e .

Please find a example notebook on the 'examples' folder that you can open locally, or just try Binder to launch online interactive Jupyter notebooks.


NOTE: PyVLM is under development and might change in the near future.


Dependencies

This package depends on Python, NumPy and Matplotlib and is usually tested on Linux with the following versions:

Python 3.6, NumPy 1.16, Matplotlib 3.0

Testing

PyVLM recommends py.test for running the test suite. Running from the top directory:

$ pytest

To test coverage (also from the top directory):

$ pytest --cov

Bug reporting

Please feel free to open an issue on GitHub!

License

MIT (see COPYING)

pyvlm's People

Contributors

alexs12 avatar aqreed avatar

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pyvlm's Issues

Results comparision

First of all, congratulations and thank you for the project. My aerodesign team is currently using it in it's low fidelity aircraft optimizer.

One problem we are having is that the VLM results for the inclination of the CL_alpha curve is being overestimated (by 10% or more), for both rectangular or trapezoidal wings, when compared to XFLR5 analysis.

Have you ever made a comparision for results of this code?

working branch

Hi, thank you for your project, it's great!
I want to use project in my students diploma an I dont't know which of the repository branches is working with good convergence on AVL and XFLR5.

Thank You!

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