Positions' description

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Positions

ESR

Individual Research Topic

 Host institution

 City, Country

 Status

ESR1

Use of metamaterials in duct acoustics

 LAUM

 Le Mans, France

Closed

ESR2

 Prediction of self sustained oscillations for industrial applications

 TNO

 Delft, Netherlands

Closed

ESR3

 Acoustic radiation and propagation in presence of flow

 LMS

 Leuven, Belgium

Closed

ESR4

 Rotating machines & innovative noise control

 KTH

 Stockholm, Sweden

Closed

ESR5

 Source identification and prediction of self sustained oscillations

 VKI

 Rhode-St-Genèse, Belgium

Closed

ESR6

 Broadband noise generation by rotating machinery in confined flows

 VKI

 Rhode-St-Genèse, Belgium

Closed

ESR7

 Modelling and system identification techniques for dissipative ducts

 KUL

 Leuven, Belgium

Closed

ESR8

 Flow-induced instabilities and flow-liner interaction TU/e Eindhoven, NetherlandsClosed

ESR9

 Identification of sound sources in a double-orifice configuration TUM Munich, GermanyClosed

ESR10

 LES of exhaust gas systems TUM Munich, GermanyClosed

ESR11

 Modelling and characterization of innovative noise control techniques in ducts ASU Cairo, EgyptClosed

ESR12

 System identification for the acoustic of A/C-cycles Audi Ingolstadt, GermanyClosed

ESR13

 Aeroacoustics of noise reducing devices for power plant applications

 Müller BBM

 Planegg, Germany

Closed

Experienced Researchers positions:

 ER1

 Measurements of the attenuation of silencers

LAUM

 Le Mans, France

Closed

 ER2

 Broadband noise generation in confined flows

TUM

 Munich, Germany

Closed

 ER3

 Optimized solvers for in-duct noise propagation and far-field radiation

KUL

 Leuven, Belgium

Closed

  ER4

 Numerical Aero-acoustics

KTH

 Stockholm, Sweden

Closed