Experimental and numerical investigation of the acoustic response of multi-slit Bunsen burners

Onderzoeksoutput: Hoofdstuk in Boek/Rapport/CongresprocedureConferentiebijdrageAcademicpeer review

1 Citaat (Scopus)

Uittreksel

The design and construction of combustion systems like central heating boilers is obstructed by acoustic problems because these are largely misunderstood, despite our increase in knowledge over the last decades. Current models for the phase of the transfer function of Bunsen-type flames, based on the kinematic behavior of the flame, completely miss the experimentally observed phase, unless the measured flow field is used in the model. In this paper we analyze numerical results of the steady flame form and flame transfer function obtained with detailed, two-dimensional numerical simulations of flames on multi-slit burners. The numerical model is validated with experiments of the flame shape (using chemiluminescence) and the flame transfer function (using OH luminescence for the heat release fluctuations and heated wire probe for the acoustic distortions). We subsequently study the influence of changes in mean flow velocity, slit width and distance between the slits on the transfer function, both numerically and experimentally. The experimentally observed effect of varying equivalence ratio on the flame transfer function is also analyzed. Good agreement is found which indicates the importance of predicting the influence of the flow on the flame and vice versa.

Originele taal-2Engels
Titel7th European Conference on Noise Control 2008, EURONOISE 2008
Pagina's2743-2748
Aantal pagina's6
StatusGepubliceerd - 1 dec 2008
Evenement7th European Conference on Noise Control 2008, EURONOISE 2008 - Paris, Frankrijk
Duur: 29 jun 20084 jul 2008

Congres

Congres7th European Conference on Noise Control 2008, EURONOISE 2008
LandFrankrijk
StadParis
Periode29/06/084/07/08

Vingerafdruk

burners
Luminescence
Fuel burners
Acoustics
Transfer functions
slits
flames
acoustics
transfer functions
Biomechanical Phenomena
Heating
Hot Temperature
Acoustic distortion
Chemiluminescence
Flow velocity
Boilers
Numerical models
Flow fields
Kinematics
Wire

Citeer dit

de Goey, P., Kornilov, V., Rook, R., & ten Thije Boonkkamp, J. (2008). Experimental and numerical investigation of the acoustic response of multi-slit Bunsen burners. In 7th European Conference on Noise Control 2008, EURONOISE 2008 (blz. 2743-2748)
de Goey, P. ; Kornilov, V. ; Rook, R. ; ten Thije Boonkkamp, J. / Experimental and numerical investigation of the acoustic response of multi-slit Bunsen burners. 7th European Conference on Noise Control 2008, EURONOISE 2008. 2008. blz. 2743-2748
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title = "Experimental and numerical investigation of the acoustic response of multi-slit Bunsen burners",
abstract = "The design and construction of combustion systems like central heating boilers is obstructed by acoustic problems because these are largely misunderstood, despite our increase in knowledge over the last decades. Current models for the phase of the transfer function of Bunsen-type flames, based on the kinematic behavior of the flame, completely miss the experimentally observed phase, unless the measured flow field is used in the model. In this paper we analyze numerical results of the steady flame form and flame transfer function obtained with detailed, two-dimensional numerical simulations of flames on multi-slit burners. The numerical model is validated with experiments of the flame shape (using chemiluminescence) and the flame transfer function (using OH luminescence for the heat release fluctuations and heated wire probe for the acoustic distortions). We subsequently study the influence of changes in mean flow velocity, slit width and distance between the slits on the transfer function, both numerically and experimentally. The experimentally observed effect of varying equivalence ratio on the flame transfer function is also analyzed. Good agreement is found which indicates the importance of predicting the influence of the flow on the flame and vice versa.",
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de Goey, P, Kornilov, V, Rook, R & ten Thije Boonkkamp, J 2008, Experimental and numerical investigation of the acoustic response of multi-slit Bunsen burners. in 7th European Conference on Noise Control 2008, EURONOISE 2008. blz. 2743-2748, 7th European Conference on Noise Control 2008, EURONOISE 2008, Paris, Frankrijk, 29/06/08.

Experimental and numerical investigation of the acoustic response of multi-slit Bunsen burners. / de Goey, P.; Kornilov, V.; Rook, R.; ten Thije Boonkkamp, J.

7th European Conference on Noise Control 2008, EURONOISE 2008. 2008. blz. 2743-2748.

Onderzoeksoutput: Hoofdstuk in Boek/Rapport/CongresprocedureConferentiebijdrageAcademicpeer review

TY - GEN

T1 - Experimental and numerical investigation of the acoustic response of multi-slit Bunsen burners

AU - de Goey, P.

AU - Kornilov, V.

AU - Rook, R.

AU - ten Thije Boonkkamp, J.

PY - 2008/12/1

Y1 - 2008/12/1

N2 - The design and construction of combustion systems like central heating boilers is obstructed by acoustic problems because these are largely misunderstood, despite our increase in knowledge over the last decades. Current models for the phase of the transfer function of Bunsen-type flames, based on the kinematic behavior of the flame, completely miss the experimentally observed phase, unless the measured flow field is used in the model. In this paper we analyze numerical results of the steady flame form and flame transfer function obtained with detailed, two-dimensional numerical simulations of flames on multi-slit burners. The numerical model is validated with experiments of the flame shape (using chemiluminescence) and the flame transfer function (using OH luminescence for the heat release fluctuations and heated wire probe for the acoustic distortions). We subsequently study the influence of changes in mean flow velocity, slit width and distance between the slits on the transfer function, both numerically and experimentally. The experimentally observed effect of varying equivalence ratio on the flame transfer function is also analyzed. Good agreement is found which indicates the importance of predicting the influence of the flow on the flame and vice versa.

AB - The design and construction of combustion systems like central heating boilers is obstructed by acoustic problems because these are largely misunderstood, despite our increase in knowledge over the last decades. Current models for the phase of the transfer function of Bunsen-type flames, based on the kinematic behavior of the flame, completely miss the experimentally observed phase, unless the measured flow field is used in the model. In this paper we analyze numerical results of the steady flame form and flame transfer function obtained with detailed, two-dimensional numerical simulations of flames on multi-slit burners. The numerical model is validated with experiments of the flame shape (using chemiluminescence) and the flame transfer function (using OH luminescence for the heat release fluctuations and heated wire probe for the acoustic distortions). We subsequently study the influence of changes in mean flow velocity, slit width and distance between the slits on the transfer function, both numerically and experimentally. The experimentally observed effect of varying equivalence ratio on the flame transfer function is also analyzed. Good agreement is found which indicates the importance of predicting the influence of the flow on the flame and vice versa.

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de Goey P, Kornilov V, Rook R, ten Thije Boonkkamp J. Experimental and numerical investigation of the acoustic response of multi-slit Bunsen burners. In 7th European Conference on Noise Control 2008, EURONOISE 2008. 2008. blz. 2743-2748