Aerospace Engineering

Orbital Bees

Orbital Bees is a project developed by a students group of Politecnico di Milano during the Space Systems Design course. The project studies a satellites constellation which have the task to catch up other dismissed satellites, in order to clean their orbits and avoid the space debrees increase. Me and other three students had the task of designing the satellite Power Subsystem. You may download the whole final report of the satellites constellation (pdf, 10.4 Mb - report in Italian language).

Space Flight Mechanics 2

PARA - Space flught mecanics 2 - Nadalon Emanuele
During the Space Flight Mechanics 2 course, it is requested to design a satellite ADCS, setting up a MATLAB® Simulink model, based on the assigned project specifications. PARA is an hypothetical satellite for Earth surface observation, on sunsynchronous orbit, three axis stabilized with reaction wheels (RWA), mounting a sun sensor and a star sensor. Its asset is parameterized and computed with the Direct Quaternion Method. You may download the whole project (zip, 2.55 Mb) under Creative Commons licence (BY, NC), reporting in your own MATLAB code the author's name ant this website URL. Have fun!

Download project

Master degree thesis.

Nadalon Emanuele Master degree thesis logo
The title of my Ms degree thesis is: Metodologie per il raffreddamento nei propulsori a bipropellente liquido stoccabile, or "Cooling methodologies in storable liquid bipropellant thrusters". After illustrating the several cooling methodologies suitable for storable liquid bipropellant thrusters (regenerative cooling, film cooling, transpiration cooling), I analyze how to use hydrogen peroxide and nitrous oxide in those cooling techniques for both primary and secondary propulsion. If you want a copy of my thesis (pdf, 40 Mb, Italian language only), please contact me at the following link:

Informative. This website and selected third parties use cookies or similar technologies with technical finalities, and with your consent, also for other finalities as specified in the cookie policy. If you decline the consent, relative functions cold be not available. About advertising, this website and selected third parties, could use precise geolocalization data and user identification trhough device scan, with the aim to file and/or accede to information on the device and treat personal data as your usage data, with the following advertising purposes: advertisments and personalized contents, contents and advertisments evaluation, public observation and products development. You may freely give, refuse or revoke your consent, at any time, entering the preferences panel. You may consent to the use of such technologies through the "OK" button, or you maynot consent non acconsentire through the button "customize".

Google Analytics

Google Analytics is a service used on our website that tracks, reports traffic and measures how users interact with our website content in order for us to improve it and provide better services.

YouTube

Integrated videos provided by YouTube are used on our website. By accepting to watch them you agree to Google's privacy policy: https://policies.google.com/privacy

Google Ad

Our website uses Google Ads to display advertising content. By accepting it you agree to the Google's privacy policy: https://policies.google.com/technologies/ads?hl=en