The book Turbulent Combustion by Norbert Peters is a concise monograph on single-phase
gaseous low Mach number turbulent combustion. It is compiled from the author's review …

Due to their fundamental importance for premixed combustion theory, turbulent flame speed
and thickness were a subject of a large number of investigations for many decades. The …

A review of using large-eddy simulation (LES) in computational fluid dynamic studies of
internal combustion engines is presented. Background material on turbulence modelling …

This paper is devoted to analyze the special class of turbulent premixed flames that we call
intermediate steady propagation (ISP) flames. These flames are common to industrial …

Hydrogen can represent an option for a low emission gas turbine if low NOx combustion
systems are developed. This paper describes the design and the investigations carried out …

To evaluate dynamic explosion severity levels of premixed hydrogen–air mixtures, pressure
sensors were used to test explosion pressure in a spherical pressure vessel (inner diameter …

Räume müssen klimatisiert, Fahrzeuge und Maschinen angetrieben werden. Um unsere
Bedürfnisse nach Wärme und Antrieb zu erfüllen, muss die Energie, wie sie sich in der …

Ammonia is a promising, but weakly reactive, carbon-free fuel and a promising hydrogen
carrier for renewable energy. In this study, the turbulent flame speed (ST) of stoichiometric …

Reducing the hazard of a hydrogen explosion in industrial production is still a challenging
issue. This paper aimed to discuss the basic explosion venting dynamics of premixed …

The use of lean premixed flames to control combustion temperature and limit nitric oxides
(NO x) formation is a common practice in all the applications of land-based gas turbines …