Abstract

In an increasingly competitive and regulation-driven landscape, accurate aeroacoustic prediction is critical to the design and development of quieter, more efficient products across industries. This presentation explores how PowerFLOW is being used to push the boundaries of simulation-driven design in the field of aeroacoustics, from transportation and mobility to aerospace applications. Through a selection of real-world use cases, we will highlight the unique capabilities of PowerFLOW in capturing complex noise mechanisms and enabling engineers to predict and reduce noise at early design stages. The session will also showcase recent advancements in simulation technology and methodology, offering insight into how PowerFLOW continues to support innovation and value creation for customers working on cutting-edge aeroacoustic and aerodynamic challenges.

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Speaker

Carlo Alberto Perugini received his Master’s degree in Automotive Engineering from the University of Modena and Reggio Emilia (UNIMORE) in 2020. Since then, he has been working in computational and experimental aeroacoustics for vehicle development as a research associate at FKFS and a Ph.D. candidate in computational aeroacoustics at the University of Stuttgart. 
Carlo joined Dassault Systèmes two years ago, where he continues to apply his expertise in aeroacoustics to support simulation-driven innovation in the automotive industry.

Carlo Alberto Perugini
SIMULIA Industry Process Consultant Specialist