Diese Arbeit untersucht anhand eines modularen Brennersystems den Zusammenhang
zwischen dem Brennerdesign und seinen thermoakustischen Eigenschaften für gegebene …

A design for thermo-acoustic stability (DeTAS) procedure is presented that aims at selecting
the most stable burner geometry for a given combustor. It is based on the premise that a …

Mehrbrennersysteme wie Gasturbinen-Brennkammern können für unerwünschte
thermoakustische Instabilitäten in Form von Verbrennungsschwingungen anfällig sein. Um …

A design for thermo-acoustic stability (DeTAS) procedure is presented, that aims at selecting
a most stable burner geometry for a given combustor. It is based on the premise that a …

The approach to qualify a flame/burner itself with respect to its thermo-acoustic performance
is proposed. Within this approach the thermo-acoustics of a combustion system are divided …

Bounds are derived for the acoustic losses such that a thermoacoustic system with a given
flame can be guaranteed to be stable. The analysis is based on the flame's acoustic input-to …

The generation of acoustic energy by a premix burner is investigated. The analysis is based
on the scattering matrix of burner and flame, which is used to compute the ratio of scattered …

This paper presents a low-order thermoacoustic model for multi-burner combustors and
proposes a control theoretic approach to linear combustion instability analysis in frequency …

The behavior of acoustically driven flat flames has been analyzed experimentally. In this
study, pressure transducers and laser Doppler velocimetry are used to characterize the …

Assessing the thermoacoustic performance of designed combustors, with a focus on the
stability quality factor, is crucial. Thermoacoustic instability in combustion appliances arises …