Author
Steffen Marburg
Institution: TU München, Lehrstuhl für Akustik mobiler Systeme
Contribution
- Vibroacoustic Metamaterial Design via Deep Reinforcement Learning
- Isogeometric analysis of acoustic-structural coupled systems
- Numerical Approaches to the Solution of Galbrun's Equation
- Sustainable acoustic composite based on fungal mycelium
- Optimizing acoustic system simulations with Bayesian Neural Networks (BNN): Reducing computational effort through intelligent sampling
- Acoustic Metamaterials for electric Vertical Take-Off and Landing aircraft
- Experimental in situ estimation of the acoustic boundary impedance
- Neural Operators for the Design of Acoustic Metamaterials
- Optimized Acoustic Properties of Perpendicular and Parallel Assemblies
- Integrating Neural Networks with Boundary Element Methods for Robust Sound Field Calculations
- Frequency-Domain-Based Parameter Identification of a Finite Element Vehicle Body in Vibroacoustics
- Influence of daily exposure time evaluation methods on exposure-response relations for vibration-induced white finger