Accurate predictions of the wave-dominated region of an acoustic field in a room can be
generated using wave-based computational methods. One such method is the finite element …

Time-domain vibro-acoustic finite element simulation gained considerable interest in recent
years because of the rise of some applications such as auralization and virtual sensing …

Applicability of wave-based acoustics simulation methods in the time domain has increased
markedly for performing room-acoustics simulation. They can incorporate sound absorber …

This paper presents a stability-preserving model reduction approach for a vibro-acoustic
finite element model including poroelastic materials. Most of the research on these systems …

Room acoustics has always been an active research field, which reflects the human race's
enthusiasm toward healthy and sustainable indoor acoustic environments. Particularly in …

Modeling of acoustic boundary conditions has a significant impact on the accuracy of room
acoustic simulations, which play an important role in the design phase of indoor built …

Transient responses impose additional restrictions concerning model order reduction of
acoustic finite element systems. Time-stable model order reduction methods achieve model …

In outdoor acoustics, the calculations of sound propagating in air can be computationally
heavy if the domain is chosen large enough for the sound waves to decay. The …

This study examines practical aspects of room acoustics simulation using the Boundary
Element Method (BEM). The Complex Room 2 of the benchmark for room acoustical …

We present a novel virtual acoustics simulation and spatial audio rendering framework,
which is based on utilizing a wave-based acoustic simulation paradigm. The simulation …