A repository built on the AIAA ARC CADAC Simulation code for aerospace vehicle dynamic modeling and simulation

Aether — an open, strongly-typed scientific computing framework for aerospace and physics simulation in Rust.

Aerospace 6-DoF Simulation Platform.

A simulation tool designed to model, analyze, and optimize satellite networks. This repository provides algorithms and tools for simulating satellite constellations, inter-satellite communications, and ground station interactions. Ideal for researchers, engineers, and enthusiasts in the fields of aerospace, telecommunications, and network design.

This repository includes some simulation examples for the prescribed-time control applied to several mechanical and aerospace systems

Unreal Engine 5 playable simulation of aerospace vehicles, using JSBSIM. Following https://dev.epicgames.com/community/learning/tutorials/mmL/a-diy-flight-simulator-tutorial

Rough first attempt at putting together elements from Open Aerospace to automate rocket simulation.

X-Space - aerospace simulation plugin that extends spaceflight capabilities of X-Plane flight simulator.

This repository includes some simulation examples for the prescribed-time extended state observer (PESO) and the prescribed-time disturbance rejection control (PDRC) applied to several mechanical and aerospace systems

Astrea is an open-source C++ library for astrodynamics modeling and simulation, and aerospace engineering analysis.

Implementation of a GNN-AML framework for fault detection, fault propagation, and adversarial attack mitigation in aerospace System-of-Systems (SoS). Includes training, testing, validation, adversarial training, and simulations for UAV swarms, satellites, and sensor networks.

A modeling and simulation framework for the aerospace industry

Simulation code for "X. Wu, Y. Cai, M. Zhao, R. C. de Lamare and B. Champagne, "Adaptive Widely Linear Constrained Constant Modulus Reduced-Rank Beamforming," in IEEE Transactions on Aerospace and Electronic Systems, vol. 53, no. 1, pp. 477-492, Feb. 2017, doi: 10.1109/TAES.2017.2650838."

Experiment into using machine learning to speed up Fluid Flow simulation for Aerospace companies

A simulation of an Airbus A320 front landing gear during landing in Matlab/Simulink.

Python notebook used for an introduction to aerospace engineering exercise centred around a mission to Mars. The notebook contains simulations of a 2D gravity turn launch, and a Hohmann transfer between Earth and Mars.

Aiming to develop an effective way of auto stabilizing controller for aircraft. The whole simulation is built on MATLAB Simulink aerospace blockset, where a nonlinear model is built which is then linearized using a built-in control design function. It is then tuned using a PID controller and simulated to validate the function of the model. This simulation system plays an important role in designing and testing the control system and has made a good effect on validating the control law of the aircraft.

This repository contains the source code used by Group D03 while performing research for the course AE2221-I, Test, Analysis and Simulation, at the faculty of Aerospace Engineering at TU Delft.

🎓 Aeronautical Engineering Student | 📡 ECE Diploma Holder | ✈️ Avionics Enthusiast Passionate about avionics systems, aircraft design, and engineering simulations. Exploring embedded systems, control systems, and programming for aerospace applications. Always learning. Always building. 🚀

Some random codes which I think could be useful to beginners.

PyAAT - Python Aerospace Analysis Toolbox is a general purpose toolbox for aerospace systems modeling and simulation

🛰️an aerospace simulation algorithm library written in C++, providing computational foundations for space mission analysis and design.

Electrical/Aerospace engineering portfolio showcasing my technical projects, simulations, and system designs. Includes the website source, project pages, figures, and supporting documentation

Code for the final project for the course 'Modeling and Simulation of Aerospace Systems'.

No description available

Multipurpose aerospace simulation pipeline, developed with MIT STARLab

Modeling and Simulation of Aerospace Systems - Group 22 Project

Python-powered rocket trajectory simulation for Elara Aerospace Rocketry

Experimental aerospace simulation platform with a custom C++ physics engine and telemetry API.

Simulations for rocket recovery for the Delft Aerospace Rocket Engineering Small Rocket Project.