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Optimisation of future building adaptive reuse design criteria for urban sustainability

机译:优化城市可持续发展的未来建筑适应性再利用设计标准

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摘要

Building adaptive reuse is a proven strategy for mitigating climate change and global warming. Thus, Australian cities are actively promoting building adaptive reuse to support their carbon-neutral cities programme. Since the built environment is the largest user of energy and emitter of greenhouse gases, incorporating adaptive reuse potential in the design of future buildings can help achieve greater sustainability. However, there are no clear criteria for future building adaptive reuse and there is a lack of consensus on how best to maximise adaptive reuse potential. This paper discusses the development, validation and application of a new rating tool known as adaptSTAR, in particular the results of an anonymous online practitioner survey to weigh previously identified design criteria. The significance of adaptSTAR is argued as an integral part of future decision-making processes in urban sustainability and architecture.
机译:建立适应性复用是减少气候变化和全球变暖的行之有效的策略。因此,澳大利亚城市正在积极促进建立适应性再利用,以支持其碳中和城市计划。由于建筑环境是能源的最大用户和温室气体的排放者,因此在未来建筑的设计中结合自适应再利用潜力可以帮助实现更大的可持续性。但是,目前尚无明确的标准来建立未来的自适应重用,并且就如何最好地最大程度地提高自适应重用潜力缺乏共识。本文讨论了称为AdaptSTAR的新评级工具的开发,验证和应用,特别是匿名在线从业人员调查的结果,该调查权衡了先前确定的设计标准。有人认为AdaptSTAR的重要性是城市可持续发展和建筑业未来决策过程不可或缺的一部分。

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