Aeroacoustic source characterization at fan test facility with spherical harmonics of the half-space

Measured data for application of spherical harmonics of the half-space. In total the .zip file comprises 15 individual .h5 files of the measured data. One (1) file which includes the sampling frequency of all acoustic pressure signals: Sampling_frequecy_in_Hz.h5 (sampling frequency of acoustic signals) Eight (8) files correspond to measurements with a volume flow source: Measured at a Fan Performance Facility (FPF): VolumeSource_FPF_azimuth_in_rads.h5 (azimuth ordinates in rads of 65 microphone positions at FPF) VolumeSource_FPF_elevation_in_rads.h5 (elevation ordinates in rads of 65 microphone positions at FPF) VolumeSource_FPF_MicPressure_DefaultRoom_in_Pascal (acoustic pressure signals in Pascal at 65 microphone positions of default FPF) VolumeSource_FPF_MicPressure_AbsWall_in_Pascal (acoustic pressure signals in Pascal at 65 microphone positions of FPF with extra absorption on back wall). VolumeSource_FPF_MicPressure_AbsFloor_in_Pascal (acoustic pressure signals in Pascal at 65 microphone positions of FPF with extra absorption on the floor). Measured at a semi-anechoic (Semi): VolumeSource_Semi_azimuth_in_rads.h5 (azimuth ordinates in rads of 19 microphone positions at Semi) VolumeSource_Semi_elevation_in_rads.h5 (elevation ordinates in rads of 19 microphone positions at Semi) VolumeSource_Semi_MicPressure_in_Pascal.h5 (acoustic pressure signals in Pascal at 19 microphone positions of Semi) Six(6) files correspond to measurements with a low-pressyre axial fan at FPF: Fan_FPF_MicLocation_azimuth_in_rads.h5 (azimuth ordinates in rads of 65 microphone positions) Fan_FPF_MicLocation_elevation_in_rads.h5 (elevation ordinates in rads of 65 microphone positions) Fan_FPF_MicPressure_DesignPoint_in_Pascal.h5 (acoustic pressure signals in Pascal at 65 microphone positions for design conditions) Fan_FPF_MicPressure_OffDesign_in_Pascal.h5 (acoustic pressure signals in Pascal at 65 microphone positions for high loading) Fan_FPF_MicPressure_FreeDischarge_in_Pascal.h5 (acoustic pressure signals in Pascal at 65 microphone positions for low loading) NoFan_FPF_MicPressure_OnlyAxle_in_Pascal.h5 (acoustic pressure signals in Pascal at 65 microphone positions for only axle rotation,without fan)

Institutions

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-04-27
DOI
https://doi.org/10.5281/zenodo.15292361
Primary Topic
Aerodynamics and Acoustics in Jet Flows
Type
article
Field-Weighted Citation Impact
0.00
Controls
|||
ALL TIME
JAN
FEB
MAR
APR
MAY
JUN
JUL
AUG
SEP
OCT
article

Aeroacoustic source characterization at fan test facility with spherical harmonics of the half-space

Zenodo (CERN European Organization for Nuclear Research)
Aerodynamics and Acoustics in Jet Flows
article

Aeroacoustic source characterization at fan test facility with spherical harmonics of the half-space

article en

Abstract

Measured data for application of spherical harmonics of the half-space. In total the .zip file comprises 15 individual .h5 files of the measured data. One (1) file which includes the sampling frequency of all acoustic pressure signals: Sampling_frequecy_in_Hz.h5 (sampling frequency of acoustic signals) Eight (8) files correspond to measurements with a volume flow source: Measured at a Fan Performance Facility (FPF): VolumeSource_FPF_azimuth_in_rads.h5 (azimuth ordinates in rads of 65 microphone positions at FPF) VolumeSource_FPF_elevation_in_rads.h5 (elevation ordinates in rads of 65 microphone positions at FPF) VolumeSource_FPF_MicPressure_DefaultRoom_in_Pascal (acoustic pressure signals in Pascal at 65 microphone positions of default FPF) VolumeSource_FPF_MicPressure_AbsWall_in_Pascal (acoustic pressure signals in Pascal at 65 microphone positions of FPF with extra absorption on back wall). VolumeSource_FPF_MicPressure_AbsFloor_in_Pascal (acoustic pressure signals in Pascal at 65 microphone positions of FPF with extra absorption on the floor). Measured at a semi-anechoic (Semi): VolumeSource_Semi_azimuth_in_rads.h5 (azimuth ordinates in rads of 19 microphone positions at Semi) VolumeSource_Semi_elevation_in_rads.h5 (elevation ordinates in rads of 19 microphone positions at Semi) VolumeSource_Semi_MicPressure_in_Pascal.h5 (acoustic pressure signals in Pascal at 19 microphone positions of Semi) Six(6) files correspond to measurements with a low-pressyre axial fan at FPF: Fan_FPF_MicLocation_azimuth_in_rads.h5 (azimuth ordinates in rads of 65 microphone positions) Fan_FPF_MicLocation_elevation_in_rads.h5 (elevation ordinates in rads of 65 microphone positions) Fan_FPF_MicPressure_DesignPoint_in_Pascal.h5 (acoustic pressure signals in Pascal at 65 microphone positions for design conditions) Fan_FPF_MicPressure_OffDesign_in_Pascal.h5 (acoustic pressure signals in Pascal at 65 microphone positions for high loading) Fan_FPF_MicPressure_FreeDischarge_in_Pascal.h5 (acoustic pressure signals in Pascal at 65 microphone positions for low loading) NoFan_FPF_MicPressure_OnlyAxle_in_Pascal.h5 (acoustic pressure signals in Pascal at 65 microphone positions for only axle rotation,without fan)

Zenodo (CERN European Organization for Nuclear Research)
Chalmers University of Technology (SE)
Openalex Percentile: Top 44%
Aerodynamics and Acoustics in Jet Flows
AI Navigator

Ask Laika to Summarize, Analyze, and Connect papers live on the map.

Summarize Papers & Methodologies

Extract key findings, datasets, and comparative methods across publications.

Benchmark Rankings & Visual Analytics

Rank top research institutions, authors, funders, topics, and journals by Field-Weighted Citation Impact (FWCI) and paper volume with instant charts.

Connect Distant Disciplines

Bridge topological clusters on the map to find hidden collaborative intersections.

Aeroacoustic source characterization at fan test facility with spherical harmonics of the half-space · Zenodo (CERN European Organization for Nuclear Research) (2025) | TGRS Research Map | TGRS