Add to ORKGInternational audienceThe purpose of this paper is to show the capabilities of MicrodB's acoustic imagery algorithm to characterize rotating sources. First part will explain the main specificity of the treatment. In the second part, possibilities of analysis and validations on simple tests will be demonstrated. In the last part, an industrial application will be studied : a Technofan extract fan with a 10000 RPM rotational speed will be analysed. Both fixed and rotating sources will be separated, allowing the localization of rotating sources on the blades
We describe a mechanical/acoustic study of a short-ducted axial flow fan. The purpose is to compare ...
Characterising the aeroacoustic noise sources generated by a rotating wind turbine blade provides us...
Full-scale propeller measurements are useful to study the total noise contribution of a propeller-dr...
International audienceThe purpose of this paper is to show the capabilities of MicrodB's acoustic im...
The sound generated by rotating machines is a topic that is more and more considered. In fact, this ...
An Acoustic Camera was applied to examine modifications of fan blade designs regarding their noise e...
The localization and quantification of turbomachinery rotating sound sources is an important challen...
This paper summarizes a case study example on the methodology used for phased array microphone measu...
Axial fans operate in large numbers, often in the close vicinity of humans, therefore reducing their...
With the objective to improve the understanding of the dominant fan noise source mechanisms a compre...
This paper presents an experimental technique developed to assess the performance of a family of axi...
To ensure health and hearing comfort, acoustics becomes more and more essential in the design of fan...
The detection of noise sources over a rotating blade has been a topic of interest for many years in ...
This work tackles the difficulties that appear with measuring- and analysis techniques for industria...
We describe a mechanical/acoustic study of a short-ducted axial flow fan. The purpose is to compare ...
Characterising the aeroacoustic noise sources generated by a rotating wind turbine blade provides us...
Full-scale propeller measurements are useful to study the total noise contribution of a propeller-dr...
International audienceThe purpose of this paper is to show the capabilities of MicrodB's acoustic im...
The sound generated by rotating machines is a topic that is more and more considered. In fact, this ...
An Acoustic Camera was applied to examine modifications of fan blade designs regarding their noise e...
The localization and quantification of turbomachinery rotating sound sources is an important challen...
This paper summarizes a case study example on the methodology used for phased array microphone measu...
Axial fans operate in large numbers, often in the close vicinity of humans, therefore reducing their...
With the objective to improve the understanding of the dominant fan noise source mechanisms a compre...
This paper presents an experimental technique developed to assess the performance of a family of axi...
To ensure health and hearing comfort, acoustics becomes more and more essential in the design of fan...
The detection of noise sources over a rotating blade has been a topic of interest for many years in ...
This work tackles the difficulties that appear with measuring- and analysis techniques for industria...
We describe a mechanical/acoustic study of a short-ducted axial flow fan. The purpose is to compare ...
Characterising the aeroacoustic noise sources generated by a rotating wind turbine blade provides us...
Full-scale propeller measurements are useful to study the total noise contribution of a propeller-dr...