Useful programs for orbital mechanics
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Updated
Sep 25, 2018 - MATLAB
Useful programs for orbital mechanics
Orbit propagation using various methods.
Software for precise orbit determination of Low Earth Orbiters and gravity field recovery
Creates high-resolution renderings of the Earth and the major celestial bodies in our solar system for astrodynamics applications.
Demonstration of Conventional 2 Sensor Attitude Determination using VRML in Simulink
6DOF simulation of a CubeSat detumbling in LEO under 3-axis magnetic control using a B-dot controller and LPFs in closed-loop feedback.
Simple J2 propagator modeled in Simulink
MATLAB files and Simulink models for the course of Spacecraft Dynamics and Control, Sharif University of Technology.
Some Orbital Mechanics Matlab Codes. Heavily based on the "Orbital Mechanics for Engineers, Howard D. Curtis" book.
Simulate the trajectory of a suborbital or ground-to-VLEO rocket using high-fidelity models of Earth's terrain, atmosphere (with wind), and gravitational and magnetic fields by providing the dynamics to determine the rocket's position and orientation (6-DOF) throughout the flight.
Main repository of the codes for Orbital Mechanics course Final Project - Politecnico di Milano
A collection of MATLAB scripts created in 2019/20 and used for my Masters of Aerospace Engineering dissertation project at the University of Nottingham, UK. The project aim was to design a set of software tools that serve as a feasibility study for preliminary multi-planet space mission concepts. The project was successful and the paper I wrote …
A research and project of a interplanetary transfer targetting Mars from Earth made with patched conics technique and optimized with PSO algorithym implemented for Matlab
Robotic Exploration of the Solar System using NASA's JPL SPICE Toolkit and Remote Sensing with LandSat 8 data
Small matlab program to solve the kepler's equation using Euler and Newton-Rapson methods
A simplified MATLAB simulator for magnetic detumbling of fast-tumbling picosatellites.
🛰️ Intuitive object-oriented library that simplifies orbital propagation for space missions.
MATLAB functions to plot 3D orbits and ground tracks, and determine classical orbital elements from two-line elements or two position vectors using Lambert's problem.
Assignment for Orbital Mechanics course at Politecnico di Milano, academic year 2020/2021.
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