Manfred Kaltenbacher

Institute: TU Graz, Institute of Fundamentals and Theory in Electrical Engineering

Article

• Numerical Prediction of Sound Emission of Confined Flows based on a Hybrid Approach
• Micro-perforated panels in interaction with boundary layers in zero pressure gradient flow
• Definition of the acoustic potential by Helmholtz decomposition
• Aero-vibroacoustic formulation based on the perturbed convective wave equation
• Lighthill’s inhomogeneous wave equation for high Mach numbers
• Modeling Compressible Viscous Fluid-Solid Interaction Using a Nitsche-Based Finite Element Method
• Analysis of aeroacoustic sources in a hybrid simulation of human phonation using perturbed convective wave equation
• Aeroacoustic sources in turbulent flow through a pipe with a sharp orifice predicted by Large-Eddy Simulation.
• Different formulations for computational aeroacoustics
• Comparison of Discontinuous Galerkin Formulations for the Acoustic Conservation Laws
• Sound source identification at tire-pavement interactions - a preliminary study
• Numerical investigation and actuator design for Advanced Digital Sound Reconstruction
• Einführung

Session leader

• Physik der Strömungsakustik 2
• Vorkolloquium: Strömungsakustik
• Physikalische Strömungsakustik und Messtechnik (Poster)
• Physik der Strömungsakustik 1
• Numerische Akustik 1
• Numerische Akustik 2
• Strömungsakustik 2
• Strömungsakustik 1
• Numerische Akustik (Poster)