A Benchmark Case for Aerodynamics and Aeroacoustics of a Low Pressure Axial Fan
A DOOR FOR SEPARATING TWO ENVIRONMENTS WITH DIFFERENT PRESSURES
A DOOR FOR SEPARATING TWO ENVIRONMENTS WITH DIFFERENT PRESSURES
Aero-Vibro-Acoustic Wind Noise-Simulation Based on the Flow around a Car
A Fluid-Structure Interaction Scheme for Prediction of Flow-Induced Low Frequency Booming Noise
Anforderungen an Systeme zur Risikomeldung und Vermeidung : Projekt 051
Computational Aeroacoustics for HVAC Systems Utilizing a Hybrid Approach
Computational Aeroacoustics for Rotating Systems with Application to an Axial Fan
Computational Aeroacoustics for Rotating Systems with Application to an Axial Fan
DOOR FOR SEPARATING TWO ENVIRONMENTS WITH DIFFERENT PRESSURES
Door for separating two environments with different pressures
Efficient Prediction of Flow-Induced Sound Sources and Emission from a HVAC Blower
Einrichtung zum Verhindern einer Fehlbefüllung eines Behälters
Experimental investigation of the noise emission of axial fans under distorted inflow conditions
Experimental investigation of the sound emission of skewed axial fans with leading-edge serrations
EXPERIMENTAL INVESTIGATION OF THE SOUND EMISSION OF SKEWED AXIAL FANS WITH LEADING-EDGE SERRATIONS