Andreas Renz

Lehrstuhl für Prozessmaschinen und Anlagentechnik Lehrstuhl für Strömungsmechanik

Development of a test rig for the investigation of flow-induced mechanisms of sound generation at radial fans (2023) Uffinger T, Czwielong F, Renz A, Heidegger P, Schoder S, Kaltenbacher M, Becker S Journal article ON THE AEROACOUSTIC PROPERTIES OF A PRANDTL-FAN (2023) Czwielong F, Benz J, Ocker C, Renz A, Sedlmajer M, Merkel M, Becker S Conference contribution Applicability of two hybrid sound prediction methods for assessing in-duct sound absorbers of turbocharger compressors (2022) Freidhager C, Schoder S, Maurerlehner P, Renz A, Becker S, Kaltenbacher M Journal article Predicting Spatial Distributions of Lighthill's Aeroacoustic Source Terms Using Steady-State RANS Simulations in Turbocharger Compressors (2022) Freidhager C, Maurerlehner P, Roppert K, Heinisch M, Renz A, Schoder S, Kaltenbacher M Journal article Lighthill's analogy applied to an automotive turbocharger compressor (2021) Freidhager C, Heinisch M, Renz A, Schoder S, Kaltenbacher M Conference contribution Numerical representation of the operating behavior of a cross‐flow friction turbomachine (2019) Praß J, Riedel J, Renz A, Franke J, Becker S Journal article Numerical and Experimental Investigation of the Velocity Field in Friction Ventilators (2018) Renz A, Praß J, Riedel J, Nadler O, Becker S Conference contribution Sound reduction by leading edge serrations in low-pressure axial fans (2018) Krömer F, Westermeier M, Renz A, Becker S Conference contribution, Original article Experimental investigation of sound reduction by leading edge serrations in axial fans (2018) Krömer F, Renz A, Becker S Journal article Experimental investigation of sound reduction by leading edge serrations in axial fans (2017) Zenger F, Renz A, Becker S Conference contribution