Michael Vorlaender

Professor

RWTH Aachen University

Germany

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Professor Michael Vorlaender is a faculty member at RWTH Aachen University in Germany. His research focuses on environmental sound perception, acoustic measurements, and virtual reality applications in soundscape research. Recent publications include studies on the psychological impacts of spatial sound factors and the evaluation of auralized environments.

Articles (20)

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2025

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2021

Collaborators (4)

Yong Hee Kim

Assistant professor

Youngsan University

SOUTH KOREA

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Pyoung Jik Lee

Senior Lecturer

University of Liverpool

UNITED KINGDOM

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Wolfgang Schröder

RWTH Aachen University

GERMANY

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Luigi Maffei

Full Professor

Università degli Studi di Napoli Federico II

ITALY

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Michael Vorlaender

Research Interests

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About

Articles (20)

Impact of Spatial Factors of Environmental Sounds on Psychological and Physiological Responses: A Virtual Reality Study on Direction and Distance

Listening tests results of vehicle pass-by auralization

Speed-dependent directivity patterns of road-traffic vehicles

Comparison of virtual reality and web-based listening experiments on the perception in complex auralized environments

All we know about anechoic chambers

Directional spectrum estimation of moving vehicles

Bidirectional surface scattering coefficients

Urban background sounds under various weather conditions categorized for virtual acoustics

Comparison of subjective evaluations in virtual and real environments for soundscape research

Free-field method for inverse characterization of finite porous acoustic materials using feed forward neural networks

Acoustic source characterization of simulated subsonic jet noise using spherical harmonics

Deconvolution with neural grid compression: A method to accurately and quickly process beamforming results

Urban Sound Auralization and Visualization Framework—Case Study at IHTApark

Linking atmospheric and urban auralization models

A war of coefficients or a meaningless wrangle over practical unessentials?

Atmospheric Ray Tracing: An efficient, open-source framework for finding eigenrays in a stratified, moving medium

Cross-site investigation on head-related and headphone transfer functions: variabilities in relation to loudness balancing

Direction of arrival estimation of partial sound sources of vehicles with a two-microphone array

Interactive real-time auralization of airborne sound insulation in buildings

The image edge model

Collaborators (4)

Yong Hee Kim

Pyoung Jik Lee

Wolfgang Schröder

Luigi Maffei

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