AeroSandbox
PteraSoftware
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| AeroSandbox | PteraSoftware | |
|---|---|---|
| 6 | 3 | |
| 651 | 153 | |
| - | - | |
| 9.7 | 4.0 | |
| 13 days ago | 8 months ago | |
| Jupyter Notebook | Python | |
| MIT License | MIT License |
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AeroSandbox
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UAV DESIGN
this guy's Python library, validated against AVL and - XFLR5 https://peterdsharpe.github.io/AeroSandbox/
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Airfoil smoothing and/or point interpolation algorithms?
You can use the AeroSandbox Python package for this. pip install aerosandbox to install, and then:
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I gave a presentation on the use of Python in aerospace engineering
AeroSandbox - an optimization suite that combines the ease-of-use of NumPy syntax with the power of modern automatic differentiation. AeroSandbox contains dozens of end-to-end-differentiable aerospace physics models, allowing you to simultaneously optimize an aircraft's aerodynamics, structures, propulsion, mission trajectory, stability, and more. Best of all, it is designed to be run on a laptop, not a supercomputer.
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Looking free or opensource aerodynamics software
This might be the sort of thing you're looking for.
- AeroSandbox
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Run and visualise an aerodynamic simulation
I would like to use a library. I saw AeroSandbox who looks great but it seem that I can't load a custom file. Here's the GitHub : https://github.com/peterdsharpe/AeroSandbox
PteraSoftware
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I want to find how variables(like pitch, yaw, roll angle, speed, etc) change in different dynamic modes (spiral, dutch roll, roll damping) wrt time. How do I do this in MATLAB? Would appreciate any pointers.
It's not MATLAB, but I know there is Ptera Software in Python that aims to do something approximately similar with flapping wings. It's going for a more advanced simulation, though.
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I just published the first validated version of Ptera Software, my open-source, unsteady aerodynamics simulator for flapping wings! If you know Python and would like to contribute, check out the to-do list on the README. If not, I'd still appreciate your feedback! You can find the project on GitHub.
Here's a link to the project on GitHub!
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A few months ago, I posted Ptera Software, my open-source flapping wing simulator. You asked me to validate it, so I did! Kudos to UMich for the experimental data that made this possible. Download the validation report and software from GitHub! As before, I'd love any feedback or collaboration.
Oh cool! What's the title of your book? The repo can be found here.
What are some alternatives?
AeroPython - Classical Aerodynamics of potential flow using Python and Jupyter Notebooks
jsbsim - An open source flight dynamics & control software library
CFDPython - A sequence of Jupyter notebooks featuring the "12 Steps to Navier-Stokes" http://lorenabarba.com/
dash-cytoscape - Interactive network visualization in Python and Dash, powered by Cytoscape.js
RocketPy - Next generation High-Power Rocketry 6-DOF Trajectory Simulation
AlgorithmicTrading - This repository contains three ways to obtain arbitrage which are Dual Listing, Options and Statistical Arbitrage. These are projects in collaboration with Optiver and have been peer-reviewed by staff members of Optiver.
YAMSPy - Yet Another Multiwii Serial Protocol Python Interface... for Betaflight, iNAV, etc...
Zygote-Mutating-Arrays-WorkAround.jl - A tutorial on how to work around ‘Mutating arrays is not supported’ error while performing automatic differentiation (AD) using the Julia package Zygote.
backyard_birdbot - This project is for a Twitter bot that monitors a bird feeder in my backyard. Any detected birds are identified and posted to Twitter.
xflrpy - xflrpy is a python enabled version of xflr5 for scripting and design optimization.
AeroVECTOR - Model Rocket Simulator oriented to the design and tuning of active control systems, be them in the form of TVC, Active Fin Control or just parachute deployment algorithms on passively stable rockets. It is able to simulate non-linear actuator dynamics and has some limited Software in the Loop capabilities. The program computes all the subsonic aerodynamic parameters of interest and integrates the 3DOF Equations of Motion to simulate the complete flight.