Reducing HVAC noise: Mitigate flow-induced aero-(vibro) acoustic sound propagation
Reducing HVAC noise efficiently using lean simulation techniques
HVAC (heating ventilation air-conditioning) system contains several mechanical (compressor, blower, motors) and flow-induced noise sources. Reducing HVAC noise requires modeling individual acoustical path, estimating total sound and adopting effective mitigation strategies.
Reducing HVAC noise using the design-build-test approach is expensive and time-consuming. Furthermore, balancing energy efficiency and noise aspect is a difficult art. During this webinar, we demonstrate how simulation facilitates the prediction of flow-induced noise even before committing to expensive prototypes.
Reducing HVAC noise webinar is designed for all HVAC manufacturers and suppliers endeavoring to predict and address flow-induced noise at an early stage of the design cycle.
You will learn:
- Predict aero-vibro-acoustic source and its transfer path
- Assess interior aerodynamic pressure field on HVAC duct components
- Analyze the impact of aerodynamic pressure loading on noise generation