Turbulent mixing in a methane–oxygen recessed injector is studied using direct numerical
simulations. The operating point is chosen to be fuel-rich and at high pressure to recreate a …

High-fidelity direct numerical simulations are conducted to investigate combustion
performance in high-pressure methane-oxygen diffusion flames with different inlet …

Direct numerical simulations of a turbulent premixed stoichiometric methane-oxygen flame
were conducted. The chosen combustion pressure was 20 bar, to resemble conditions …

The generation of periodic synthetic turbulence through superposition of Fourier modes is
investigated. The introduction of directional biases and mismatches in the second-order …

The usage of direct numerical simulations for research of turbulent combustion for space
propulsion applications is explored. With this goal in mind, the combustion near the injection …

Abstract Machine learning approach has been applied previously to physical problem such
as complex fluid flows. This paper presents a method of using convolutional neural networks …

A turbulent methane–oxygen diffusion flame is studied using a direct numerical simulation
setup. The operating regime and turbulence characteristics are chosen to resemble those of …

Two high-pressure turbulent non-premixed methane-oxygen flames are simulated using the
unsteady reactive solver EBI-DNS. The results are used to investigate the statistics of the …

Methane/Oxygen rocket engine is becoming one of the most promising rocket engines today
due to its cost-effectiveness and reusability. In the design process of rocket engines, cooling …

Direct numerical simulations (DNS) are conducted to analyze the effect of recess in the
mixing and combustion performance of gaseous methane—oxygen injection systems. The …