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GauthierJARY/README.md

💫 About Me:

I'm currently thermal aerospace engineer, working on cryogenics devices and low temperature instrumentations. 👋🔭 Background as M.Sc. student in Aerospace Engineering at the Royal Institute of Technology KTH (Stockholm, Sweden). I code for my engineering tasks which involve equations solving, problem visualisation or modelling physical phenomena. Indeed, coding is more than a simple tool, it is part of learning and playing with Physics! You can contact me through my Linkedin account if you have any request regarding my digital projects. 💬📫

🛰️🖱️👾 At the moment, I am focusing on thermodynamics and thermofluid simulations, trying hard to implement temperature dependent properties in my problems!

💻 Tech Stack:

Python Octave Arduino C

📊 GitHub Stats:

▶️ JupyterNotebook includes coding with Python

🌐 Socials:

LinkedIn

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  1. Lattice-Boltzman-CFD Lattice-Boltzman-CFD Public

    4 study cases to investigate coding in LBM and limitations within MF210 at ENSTA Paris in MSc Mechanical Engineering

    Jupyter Notebook 2

  2. Pressure-Oscillations-in-Rocket-Engine Pressure-Oscillations-in-Rocket-Engine Public

    Internship on Transient Simulation of the Liquid Propellant Rocket Engine at TUM, 10 weeks internship with own models and coding. Based on the report by Gauthier JARY, student at ENSTA Paris.

    Python 4 2

  3. Sound-Propagation-in-2D-using-FEM Sound-Propagation-in-2D-using-FEM Public

    FEM in Matlab. Meshing, matrices assembly, visualisation and equations solving within the course ANN201 at ENSTA Paris. The equations represent a typical Dirichlet condition.

    MATLAB 1

  4. Spacecraft-Attitude-and-Dynamics Spacecraft-Attitude-and-Dynamics Public

    WORK IN PROGRESS - Within course SD2910 of MSc KTH, relying on book.

    MATLAB 2