| Paper number | Author
| Paper Title
| |
Lecture 1
BeBeC-2006-01
| U. Michel
| History of acoustic beamforming
| |
| BeBeC-2006-02 | O. Jaeckel | Strengths and weaknesses of calculating
beamforming in the time domain | |
| BeBeC-2006-03 | E. Sarradj,
C. Schulze,
A. Zeibig
| Aspects of source separation in beamforming
| |
| BeBeC-2006-04 | P. Böhning,
H. Siller,
K. Holland,
F. Arnold,
A. Kempton,
U. Michel | Novel methods for acoustic indoor measurements
and applications in aero-engine test cells
| |
| BeBeC-2006-05 | P. Baumann | Total effective sound pressure level
of Acoustic Camera (Ring 32-4211)
compared with four free-field 1/2” Microphones
| |
| | J. Müller
| Noise detection at car door module with
Acoustic Camera
| |
| BeBeC-2006-07 | K. Ehrenfried,
L. Koop,
A. Henning,
K. Käpernick | Effects of wind-tunnel noise on
array measurements in closed test sections
| |
| BeBeC-2006-08 | A. R. Quayle,
A. P. Dowling,
W. R. Graham,
H. Babinsky
| Comparison of source estimation algorithms /
Methods in closed tunnel noise measurements | |
BeBeC-2006-09
| Yu Liu,
A. P. Dowling,
Ho-Chul Shin
| Application of phased arrays in the
study of roughness noise | |
Lecture 2
| M. Möser | On the role of beamforming in Technical Acoustics | |
| BeBeC-2006-11 | S. Frank,
J. Schell,
R. Behrendt
| Scanning Laser vibrometry for detection
of noise sources with high spatial resolution, | |
Lecture 3
| R. Bannasch | Acoustic underwater communication, 3D-positioning
and object recognition based on bionic principles
| |
| BeBeC-2006-13 | A. Zeibig,
C. Schulze,
E. Sarradj,
M. Beitelschmidt
| Microphone array measurements
on aeroacoustic sources | |
BeBeC-2006-14
| A. Wettklo | Tonic strains of a chamber orchestra | |
BeBeC-2006-15
| M. Kern,
H. Opfer | Extension of the beamforming-method by
synchronized multiple measurements
| |
BeBeC-2006-16
| S. Guérin,
C. Weckmüller
U. Michel
| Beamforming and deconvolution
for aerodynamic sound sources in motion | |
BeBeC-2006-17
| A, Meyer,
D. Döbler | Noise source localization within car interior
using 3D-microphone arrays | |
