The impacts of sustainable design practices and cross laminated timber structures on acoustic design

Nick Wedd, Daniel Jimenez, Laura Cowie
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Abstract

More projects in Australia are prioritizing sustainable design practices throughout their building life cycle. Environmental Sustainable Design (ESD) rating tools such as WELL, Green Star, and the Living Building Challenge (LBC) have existed for a decade or more, with some receiving wide adoption in Australia. These rating tools require the assessment of the ingredients, volatile organic compounds (VOCs), and embodied carbon of the materials specified on the project. In addition, cross-laminated timber (CLT) buildings are becoming a more attractive development option due to lower embodied carbon, a reduction in the structural requirements of the foundations, and an increased speed of construction. These sustainable practices are reviewed using a recent project example that combines these recent developments in sustainability: a commercial office fitout in a hybrid steel and cross-laminated timber structure that is targeting WELL Platinum and the Living Building Challenge. The challenges of specifying materials to meet sustainability targets, potential gaps in available products, and the acoustic design challenges of achieving high levels of sound insulation in cross-laminated timber structures are discussed. With a better understanding of sustainable design practices, acoustic designers can improve sustainability outcomes on all projects.
可持续设计实践和交叉层压木结构对声学设计的影响
澳大利亚越来越多的项目在整个建筑生命周期内优先考虑可持续设计实践。环境可持续设计 (ESD) 评级工具(如 WELL、绿色之星和 Living Building Challenge (LBC))已经存在了十多年,其中一些在澳大利亚得到了广泛采用。这些评级工具要求对项目指定材料的成分、挥发性有机化合物(VOC)和体现碳进行评估。此外,交叉层压木材(CLT)建筑因其较低的内含碳量、降低地基结构要求和提高施工速度而成为更具吸引力的开发选择。我们将通过最近的一个项目实例对这些可持续发展实践进行回顾,该项目结合了可持续发展方面的最新进展:采用混合钢结构和交叉层压木结构的商业办公装修,目标是获得 WELL 白金认证和 "居住建筑挑战赛"(Living Building Challenge)。文中讨论了为实现可持续发展目标而指定材料所面临的挑战、现有产品的潜在差距,以及在交叉层压木结构中实现高隔音水平所面临的声学设计挑战。通过更好地了解可持续设计实践,声学设计师可以改善所有项目的可持续发展成果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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