Website for the Cantera workshop at the 2017 National Combustion Meeting
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Updated
Feb 28, 2017 - HTML
Website for the Cantera workshop at the 2017 National Combustion Meeting
Hybrid Rocket Propulsion Model [Python]
Website for the Cantera workshop at the 2018 ESSCI Spring Technical Meeting
Website for the Cantera workshop at the 2018 ESSCI Spring Technical Meeting
Numerical framework for reacting systems with detailed kinetic mechanisms
Python code to generate Lennard-Jones parameters for combustion and detonation modeling
This repository contains different solvers for OpenFOAM 2.3.0
Database of propulsion system components for electric and fuel powered UAVs
Efficient approach for evaluating the sensitivity of ignition delay time. Implement with Cantera/Python
Models trained in my article on LBV predictions.
A framework to implement CHEMically reacting Method Of Characteristics for supersonic reacting flows.
Chemical Explosive Mode Analysis for computational/experimental combustion diagnostics using Julia SciML features
Calculation of auto-ignition delay of xylene in python using chemkin.
Calculating Velocity, Unburned/Burned Area, Mass, Temperature, Volume, Motoring Pressure, Pressure, and Work of a two-zone Combustion Engine
Interactive In-the-browser (and more) examples to calculate spectra with RADIS (HITRAN Online access, etc.)
Códigos desenvolvidos quando cursei a disciplina de Fundamentos de Combustão na Universidade Federal de Juiz de Fora.
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