Acoustic Simulations

Acoustic simulations make it possible to predict the behavior of acoustic systems as early as the initial stages of development. Fraunhofer IDMT develops simulation-based models for analyzing and evaluating different design variants and supports industry and research partners in accelerating development processes, optimizing products in a targeted manner, and providing virtual data for AI applications..

Simulation of acoustic transducersrn

Simulation of transducer principles, sound pathways, and sound propagation to analyze the mechanical and thermal load limits of acoustic systems

Simulation of structure-borne sound propagation and radiation

Modeling of structure-borne sound propagation in single and composite structures under various boundary conditions to investigate acoustic excitation and radiation

Simulation of room acoustics in vehicle cabins and event venues

Prediction of room acoustics based on CAD-supported simulations to analyze the acoustic properties of enclosed spaces and their influence on acoustic sensor systems and auditory perception

Simulation of virtual acoustic environments

Generation of virtual acoustic scenarios for product evaluation and optimization, as well as for the training and validation of AI models