Many practical soot-emitting combustion systems such as diesel and jet engines rely on
diffusion flames for efficient and reliable operation. Efforts to mitigate soot emissions from …

Abstract Effects of simultaneous, together with separate addition of hydrogen to the fuel and
water vapour to the oxidizer on soot formation in laminar, counterflow ethylene diffusion …

Regulations related to soot emissions are becoming more stringent due to the negative
impact of soot on the environment and human health. Thus, not only the total mass of soot …

Radiative heat modeling has a central role for the simulation of soot formation in flames.
Radiation heat transfer, gas-phase chemistry and soot formation are strongly coupled and …

The mixture-averaged thermal diffusion model originally proposed by Chapman and
Cowling is validated using multiple flame configurations. Simulations using detailed …

In this study, a non-intrusive two-color pyrometry based radiative heat flux diagnostic is
presented that accounts for the self-absorption effects. This diagnostic relies on looking up …

The focus of this study is to establish a correlation between the flame to fuel incident
radiative heat flux (RHF) in 1D steady-state diffusion flames to non-intrusively measured …

Recent literature kinetic studies revealed the importance of new mechanisms for polycyclic
aromatic hydrocarbon (PAH) and soot inception beyond hydrogen–abstraction–acetylene …

The focus of this research is to develop a computational fluid dynamics (CFD) model for
diesel combustion with multi-pulse fuel injection for heavy-duty direct injection (HDDI) diesel …

Soot formation modeling, when incorporated into computational fluid dynamics of industrial
devices, can be numerically prohibitive. Nonetheless, there remains a significant push to …