CFD Analysis of the Combustion Process Evolved in the TKT-1 Academic Jet Engine

doi: 10.32560/rk.2024.2.6

Copyright (c) 2025 Mhd Bashar Al Kazzaz, Veress Árpád

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This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

Absztrakt

Combustion is a complicated process induced by a chemical reaction in which fuel combines with the oxidiser, usually oxygen already in the air to generate heat. Investigating combustion is important for increasing energy efficiency and a key component for further greener solutions and cleaner developments. With the help of CFD modelling, clearer visualisation and a better comprehension of thermal properties can be revealed. Understanding those specific thermal properties will allow the accurate and efficient comparison between different types of fuels. Hence, this paper aims to model the combustion in a TKT-1 research turbine engine using fossil standard fuels and collect the combustion emissions parameters to be able to conduct a correct comparison to the same process when sustainable fuels (SAFs) are used.

Kulcsszavak:

CFD analízis Égési folyamat szimuláció Égéstér kimenő gáz kibocsátása TKT-1 égéstér szimuláció Fosszilis tüzelőanyag Fenntartható tüzelőanyag

Hogyan kell idézni

[1]
A. K. Mhd Bashar és Árpád Veress, „CFD Analysis of the Combustion Process Evolved in the TKT-1 Academic Jet Engine”, RepTudKoz, köt. 36, sz. 2, o. 87–100, dec. 2025.

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