In Hong Kong’s urban areas, high-frequency noise disrupted residents. Environmental Protection Department used Nor848 acoustic camera to pinpoint defective utilities and improve investigation efficiency. ANewR supports urban environment enhancement.
Category: acoustics
Advancements in Acoustic Technology: Key Trends and Breakthroughs
Let’s explore the forefront of acoustic innovation, highlighting key trends and breakthroughs that are setting new standards for performance and sustainability.
Innovative Approaches to Noise Mitigation in Residential Design
In urban areas, innovative noise mitigation designs like Acoustic Windows and Enhanced Acoustic Balconies elevate residential living by reducing noise.
Improving Acoustics with the SonoCat: How In-Situ Measurements Are Changing the Game
The SonoCat is changing the game for sound measurement and control with its ability to perform measurements on site, in-situ. Its local plane-wave method for measuring sound absorption makes it a valuable tool for acoustic engineers and designers looking to create comfortable and productive environments. With the SonoCat, improving acoustics has never been easier or more accurate, and there is no need to do noise testing in a laboratory with its unrealistic conditions, restrictions, costs, and time-consuming processes.
Quantitative Soundscape Analysis: Decoding Perception for Better Acoustical Environments
In this latest episode of ACROSS ACOUSTICS, Andrew Mitchell from The Bartlett Faculty of the Built Environment delves into the fascinating topic of quantitative soundscape analysis. Mitchell shares his insights on how researchers analyze and represent data to reflect the perception of different individuals in a soundscape. As professionals in the acoustic field, it is crucial to understand the techniques and tools used to shape better acoustical environments. Join us in exploring this intriguing topic and learn more about the role of acoustics in understanding how we experience our environment. Follow the link to listen to the episode.
