Fluid-Structure-Sound Interactions and Control

The proceedings explore significant advancements in fluid-structure-sound interactions and control, featuring insights from leading experts and fostering interdisciplinary collaboration.

This collection of proceedings delves into the latest advancements in the theory, experimental methods, and numerical simulations pertaining to turbulence, particularly in the realms of flow-induced vibration and noise. These issues are increasingly significant across various engineering disciplines, making it essential to address the challenges posed by fluid-related structural vibration and noise. The FSSIC conference, which took place from July 5 to 9, 2015, in Perth, showcased a wide array of topics and featured distinguished keynote speakers, including John Kim, Nigel Peake, Song Fu, and Colin Hansen.

The conference served as a vital platform for professionals from academia, science, and engineering to engage in discussions about turbulence, fluid-structure interaction, and noise management. The interdisciplinary nature of many topics presented highlights the collaborative efforts needed to tackle complex problems in fluid-structure-sound interactions. Attendees had the opportunity to share their latest findings and insights, fostering an environment of innovation and knowledge exchange.

By bringing together researchers from diverse backgrounds, the proceedings aim to advance the understanding of fluid-structure-sound interactions and control. This comprehensive compilation is not only beneficial for those directly involved in the field but also appeals to a broader engineering audience, ensuring that the discussions and findings resonate beyond the conference itself.