With the goal of supporting the industrial rocket thrust chamber development process,
numerical simulation tools must be able to deliver a high fidelity prediction regarding the …

Presumed probability density function (PDF) and transported PDF methods are commonly
applied to model the turbulence chemistry interaction in turbulent reacting flows. However …

Targeting the numerical simulation of rocket thrust chamber applications with cooled wall
structures, this research work presents a concept to extend the standard flamelet combustion …

The current work presents the extension of the Flamelet model for turbulent combustion
calculations to account for deviations from adiabatic conditions. The aforementioned …

This work aims to compare two non-adiabatic flamelet combustion models for the simulation
of a subscale single-injector GCH4/GO2 combustion chamber in rocket-like operative …

This paper develops a new treatment of rough walls in turbulent high-enthalpy combustion
chamber environments where the effect of the roughness on the (averaged) temperature …

Gaseous explosions lead to severe damage. Elimination or mitigation of damage is a key
problem in industrial safety. This paper presents an experimental study of hydrogen–air …

This paper presents an experimental study of hydrogen–air flame front dynamics and
propagation over a heat-absorbing surface. Experimental data on the hemispherical flame …

The non-premixed filtered tabulated chemistry for large eddy simulations employs numerical
filtering to resolve a thin flame front on practical LES numerical grids. The flame structure is …

In this paper results of large-scale experiments and numerical simulations of premixed lean
hydrogen-air spherical flame propagation with and without high heat losses are presented …