Noise is more than a byproduct of fluid flow—it’s a challenge that shapes the future of aerospace, automotive, and advanced engineering. The Engineer’s Guide to Simulating Aeroacoustics is your comprehensive roadmap to understanding, predicting, and optimizing aeroacoustic phenomena with accuracy and efficiency.
Inside this Guide:
Whether you’re tackling jet noise, rotor acoustics, or aerodynamic flow-induced vibration, this guide will equip you with the tools and knowledge to push the boundaries of aeroacoustic simulation.
Inside this Guide:
- Master the Fundamentals – Learn how turbulence, wave propagation, and boundary interactions give rise to complex noise signatures
- Solve Real Engineering Challenges – See how leading companies and institutions, including NASA and Honda R&D, apply aeroacoustic simulations to design quieter aircraft, cars, and next-generation VTOL vehicles
- Optimize for Performance & Compliance – Gain insights into balancing accuracy, computational cost, and regulatory noise standards
Whether you’re tackling jet noise, rotor acoustics, or aerodynamic flow-induced vibration, this guide will equip you with the tools and knowledge to push the boundaries of aeroacoustic simulation.