Tobias Thydal's research while affiliated with Technical University of Denmark and other places

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Publication (1)

Experimental validation and uncertainty quantification in wave-based computational room acoustics
Article
  • Jul 2021
It is well known that input data uncertainty has a major influence on the correctness of room acoustic simulations. This paper proposes a comprehensive framework for experimental validation and uncertainty quantification in room acoustic simulations. The sources of uncertainty in room acoustic simulations are many, but especially the boundary condi...

Citations

... For any room geometry, we apply the finite element method (FEM) [10,11], the finite-difference time-domain method (FDTD) [12,13] and the boundary element method (BEM) [14]. In the mid-low frequency range, especially when wave phenomena are strongly visible, wave methods are considered more accurate than geometric methods [15,16]. The BEM frequency domain is based on integral equations. ...
Reference: Experimental Validation of the Model of Reverberation Time Prediction in a Room
Experimental validation and uncertainty quantification in wave-based computational room acoustics
Citing article
  • Jul 2021