Discover @diegoomataix Open Source projects

Diego Mataix (@diegoomataix)

diegoomataix

Stars
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Global Rank 556,620 (Top 20 %)
Followers 14
Following 9
Registered about 9 years ago
Most used languages

MATLAB
26.7 %

Python
13.3 %

Jupyter Notebook
13.3 %

C
6.7 %

Fortran
6.7 %

Batchfile 6.7 %

TeX
6.7 %

DTrace 6.7 %

Scala
6.7 %

C++
6.7 %

Thermal-Control---2DNumerical-Simulation

Thermal Control and Heat Transfer analysis for an electronics board for space use. Using analytical methods and numerical FDM.

ADCS_PyLibrary

Jupyter Notebook

GMAT_Jupiter_Mission

Design of an Interplanetary mission using GMAT.

ADCS_Satellite_Simulation_with_Arduino

A project to simulate an ADCS for a satellite with Arduino and Simulink

Satellite-Module-Design-PBL

Parameterized Design of a Mini Satellite using CATIA

Generacion-y-gestion-de-potencia

Instrumentation_plate_Micro-Satellite-Design-Analysis

Inferior instrumentation plate for a UPMSat-2 type Satellite Design, Analysis and Optimization using MSC Patran and MSC Nastran

UPMSAT-2-STM-Model-Integration

Integración modelo STM del UPMSAT-2

Micro-Satellite-Design-Analysis

Micro Satellite Design, Analysis and Optimization using MSC Patran and MSC Nastran

Communications-with-an-EO_Satellite-in-SSO

Space-Exploration-Architecture

Martian / Lunar architecture: Analysis on the availability of materials and future concepts.

1-PEL---Spacecraft-Propulsion-and-Launcher-Systems

Spacecraft-Propulsion-and-Launcher-Systems. Course tought @ UPM.

Introduction_to_Julia

Learning Julia through exercises

Jupyter Notebook

Composite-Material-Structural-Analysis

A structural analysis and fabrication method for a truncated conical isogrid structure for space applications. Carried out as part of the 'Materials for Space Applications' course at UPM.

Numerical-integration-methods-for-orbital-motion

Fortran Code made for AM1 in the Masters in Space Systems at UPM. Uses the NumericalHub Repository by jahrWork

Satellite-Thermal-Control-Simulation-with-ESATAN-TMS

Thermal-Model-for-the-TASEC-Lab-project

Correlating the thermal model of the B2Space 3U cubesat with the available flight data for the TASEC-Lab project

Educational-CubeSat-Design

Design of an educational platform based on the CubeSat standard for its use in aerospace education at universities.

Testing-device-for-small-electrical-propulsion-systems

This project was carried out for the final year individual project for Aerospace Engineering (BEng) at the University of Surrey.