Structural vibration mitigation varies by construction type and is far more complex than controlling airborne sound propagating within a space. Therefore, it becomes much more manageable by narrowing the focus down to those “in-room” issues which one can mitigate with diffusion and absorption.
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The demand for multipurpose venues has increased over the last two decades. From an acoustics standpoint, this can pose significant challenges. Therefore, it is important to design a versatile space that can support various needs.
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As sensitivity to confidentiality heightens, specifiers must become more aware of the need to control sound within a space and isolate it between zones. Whether the spaces are closed and private or open and collaborative, speech privacy is now more important than ever.
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One of the first ambisonic simulation environments in the country provides architects, engineers, and contractors an in-depth understanding of how a space will sound and look even before the ground is broken.
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Every day, people complain about the acoustic environments in the office buildings where they work. This is supported by the Center for the Built Environment at the University of California (UC) Berkeley, which maintains one of the most extensive post-occupancy building survey databases in the world.
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