PowerFLOW for Computational Aeroacoustics (CAA)
Discover how to virtually analyze and optimize noise performance using PowerFLOW.
11 December 2025 at 15:00:00

Time & Location
11 December 2025, 16:00 – 17:00 CET
Online Webinar
About the Event
Why Attend This Webinar?
4RealSim invites you to a free webinar introducing the use of PowerFLOW for Computational Aeroacoustics (CAA). During this session, we will explore how PowerFLOW enables accurate acoustic simulations, helping engineers understand and reduce noise levels in their products before a single prototype is built.
What is PowerFLOW?
PowerFLOW is a next-generation CFD solution based on the Lattice Boltzmann Method (LBM). Unlike traditional solvers, it is inherently transient and offers unmatched accuracy in complex aerodynamic, aeroacoustic, and thermal simulations. With PowerFLOW, engineers can:
Simulate real-world conditions early in the design cycle
Import fully detailed CAD geometries without simplification
Perform aerodynamic, thermal, and noise simulations with high fidelity
Gain insights into complex flow-induced acoustic phenomena
Why Acoustic Simulation Matters
Noise performance is becoming a critical design factor in many applications such as:
HVAC systems
Heat pumps
Cooling devices
Motors and rotating equipment
Traditional physical testing is expensive and time-consuming. Virtual prediction of noise during the development phase can significantly reduce costs, lead times, and the number of prototypes.
How Can PowerFLOW Help?
PowerFLOW has a proven track record across industries in helping companies to:
Reduce physical testing and prototypes
Shorten product development time and reduce costs
Optimize energy consumption by improving flow and noise behavior
Obtain accurate acoustic results quickly and efficiently
Visualize internal aeroacoustic sources and transmission paths
Who Should Attend This Webinar?
Heads of Engineering and R&D
Heads of Product Development
Quality and Compliance Managers
Simulation and Test Engineers involved in noise and vibration (NVH)
Engineers working on acoustically sensitive components or systems
