由于COVID-19,适应性声学设计被重新审视

Fernando J. Elizondo Garza
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摘要

“严重急性呼吸系统综合征冠状病毒2”(SARS-CoV-2)大流行在全球范围内带来了可怕的后果,不仅在身体上,而且以前被掩盖的噪音现在变得相关,特别是以前闻所未闻的机电装置的噪音排放成为烦恼的来源。大流行正在改变声学的科学和实践,因此讨论几个建筑和工程方面的问题非常重要,例如:拒绝病毒的材料,建筑物内外人员的间距,使用带有病毒过滤器的新型HVAC系统的影响,大众运输的问题,面对面与在线活动,声学与音频等。考虑到COVID大流行产生的问题的规模以及对声学学科的不同影响,有必要采取多学科方法,以概述获得充足和健康的声学环境所需的变化。本文将讨论我们应该如何开发声学设计策略,以便在流行病期间和之间为不同的声学情况提供自适应解决方案。特别是,它将解决将自适应声学设计提高到更有效、实用和广泛的水平的问题,这将需要设计师、当局、企业家、规划者以及最重要的公民的巨大努力,作为福祉的消费者,他们将不得不为一个没有可能传染的更安全的未来付出代价。
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Diseño acústico adaptativo revisitado como consecuencia del COVID-19
The “Severe acute respiratory syndrome coronavirus 2” (SARS-CoV-2) pandemic has brought terrible consequences worldwide, not only in physical and previously masked have now become relevant, especially noise emissions from electromechanical installations previously unheard that became a source of annoyance. The science and practice of acoustics is changing by the pandemic, so it is important to discuss several architectural and engineering aspects such as: Materials which reject viruses, the spacing of people inside buildings and outdoors, implications on using a new HVAC system with a virus filter, problems of mass transportation, face-to-face vs online activities, acoustics vs audio, among others. It will be necessary a multidisciplinary approach, considering the dimension of the problems generated by the COVID pandemic and the different effects on the acoustic discipline, to obtain an overview of the changes required to obtain adequate and healthy acoustic environments. This paper will discuss how we should develop acoustic design strategies that allow adaptive solutions for different acoustic situations, both during and between pandemics. In particular, it will address the issue of bringing adaptive acoustic design to a more effective, practical and widespread level, which will require great efforts on the part of designers, authorities, entrepreneurs, planners and, above all, citizens who, as consumers of well-being, will have to pay for a safer future free of possible contagions.
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Molestia acústica: una aplicación experimental enfocada en factores no acústicos. Avance de la tesis de Maestría en Ingeniería Ambiental Sonificación: los datos suenan. Sonificación del Arroyo Miguelete 1960 año de la primera campaña montevideana de medición de ruido urbano Actualidad sobre el fenómeno aeroacústico de la interacción entre el viento y elementos constructivos Mi relación con Alberto Behar
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