Publisher Summary This chapter discusses a few experimental and theoretical studies of
combustion oscillations. The frequency of organ-pipe oscillations in combustors of varying …

One of the problems that has plagued the development and utilization of combustion
equipment over the years is that of combustion-driven oscilla-tions. While problems with …

Three simplified combustion systems have been investigated for acoustical oscillations. The
systems are:(a) a mixing chamber and multiple-port burner mounted in a combustion tube …

Fifty‐three references from the open literature dealing with organ‐pipe combustion
oscillations are reviewed; these oscillations were generated in various types of combustion …

Acoustical oscillations are frequently generated when a flame is partially or totally confined
in a combustion chamber. These oscillations are usually undesirable, but may be beneficial …

An experimental investigation was made of the behavior of a small two-dimensional
combustion chamber, burning a uniform mixture of air and fuel vapor under conditions of …

Combustion roar is a “white” noise radiated from small regions in the flame which suddenly
burn. Single frequency oscillations of the simple acoustic type in the combustion chamber …

Publisher Summary This chapter presents general considerations of autonomous
combustion oscillations. There are three general classes of combustion oscillations that may …

An extensive study of combustion driven oscillations is underway at the British Gas Midlands
Research Station. Tests on industrial scale furnaces and a theoretical examination of the …

THE effect of acoustic fields on vapor mixing may be of importance to the combustion
process in screeching or screaming combustors. If the acoustic oscillations change the fuel …