Physical modeling of drums by transfer function methods. - Lutz Trautmann; Stefan Petrausch; Rudolf Rabenstein (ICASSP, 2001)

Wave digital filters with multiple nonlinearities. - Stefan Petrausch; Rudolf Rabenstein (EUSIPCO, 2004)

Tension modulated nonlinear 2D models for digital sound synthesis with the functional transformation method. - Stefan Petrausch; Rudolf Rabenstein (EUSIPCO, 2005)

A general approach to block-based physical modeling with mixed modeling strategies for digital sound synthesis. - Stefan Petrausch; José Escolano; Rudolf Rabenstein (ICASSP (3), 2005)

A Novel Approach to mixed Model discrete-Time Domain Simulation of the sound Field Generated by a String. - José Escolano; Basilio Pueo; Stefan Petrausch; Rudolf Rabenstein (ICMC, 2005)

Block-Based Physical Modeling for Digital sound synthesis of Membranes and plates. - Stefan Petrausch; Rudolf Rabenstein (ICMC, 2005)

Highly Efficient Simulation and Visualization of Acoustic Wave Fields. - Stefan Petrausch; Rudolf Rabenstein (SimVis, 2005)

Interconnection of state space structures and wave digital filters. - Stefan Petrausch; Rudolf Rabenstein (IEEE Trans. Circuits Syst. II Express Briefs, 2005)

Wave Field Simulation with the Functional Transformation Method. - Stefan Petrausch; Rudolf Rabenstein (ICASSP (5), 2006)

Application of mixed modeling strategies for the simulation of the 2D wave equation for arbitrary geometries. - Stefan Petrausch; Rudolf Rabenstein (EUSIPCO, 2007)

Blocked-based physical modeling for digital sound synthesis. - Rudolf Rabenstein; Stefan Petrausch; Augusto Sarti; Giovanni De Sanctis; Cumhur Erkut; Matti Karjalainen (IEEE Signal Process. Mag., 2007)

Block-Based Physical Modeling with Applications in Musical Acoustics. - Rudolf Rabenstein; Stefan Petrausch (Int. J. Appl. Math. Comput. Sci., 2008)

Directionality assessment of adaptive binaural beamforming with noise suppression in hearing aids. - Marc Aubreville; Stefan Petrausch (ICASSP, 2015)