The understanding of processes that govern soot production in aero-engines is fundamental
for the design of new combustion systems with low environmental impact. Many combustors …

Large-Eddy Simulation und Analyse turbulenter, rußender Flammen Page 1 Large-Eddy
Simulation und Analyse turbulenter, rußender Flammen VT-Forschungsbericht 2023-01 Martin …

The EU-funded project ALTERNATE aims to explore the possibility of broader use of
sustainable aviation fuels (SAFs). Part of the project assesses the effect of SAFs on soot …

Simultaneous application of multi-channel laser-induced incandescence (LII) and shifted
vibrational coherent anti-Stokes Raman scattering (SV-CARS) to study sooting flames is …

Predicting soot production in industrial systems using a Large Eddy Simulation (LES)
approach represents a great challenge for many reasons. First, in-depth knowledge and …

There has been a tremendous increase in the production of ethylene over the last few
decades, which has put tremendous focus on steam cracking processes and with an …

Soot prediction has become an important issue due to their impact on health, environment
and combustion chamber thermal load. However, soot's evolution mechanisms are still not …

Modeling soot particles formation is a very difficult task because of interactions of several
complex physical phenomena. Numerical simulation of turbulent sooting flames implies …