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Optimising building sustainability assessment using BIM

机译:使用BIM优化建筑可持续性评估

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摘要

The construction industry is responsible for various negative impacts on the environment leading to an increasing demand for sustainable buildings. There are several Building Sustainability Assessment (BSA) methods that allow designers to assess and optimise the building sustainability level. Due to the potential of Building Information Modelling (BIM), the opportunity for BSA methods to adopt and benefit from BIM arises. Despite the benefits in the approach simplification for assessing building sustainability, so far the method has not been used comprehensively in the evaluation process. This paper analyses how using BIM can contribute to optimising BSA methods, focusing on the SBTool(PT)-H. BIM applicability is assessed and a framework for a BIM-based application - SBTool(BIM) - is proposed. BIM is still not oriented to sustainable building, but it has great potential. For the SBTool(PT)-H, results show that it is possible to directly and indirectly assess 24 out of 25 criteria using BIM.
机译:建筑行业对环境造成各种负面影响,导致对可持续建筑的需求不断增加。有几种建筑可持续性评估(BSA)方法,允许设计人员评估和优化建筑可持续性水平。由于建筑信息模型(BIM)的潜力,出现了BSA方法采用BIM并从中受益的机会。尽管简化方法可用于评估建筑物的可持续性,但迄今为止,该方法尚未在评估过程中得到全面使用。本文以SBTool(PT)-H为重点,分析了使用BIM如何有助于优化BSA方法。评估了BIM的适用性,并提出了基于BIM的应用程序的框架SBTool(BIM)。 BIM仍不面向可持续建筑,但潜力巨大。对于SBTool(PT)-H,结果表明可以使用BIM直接或间接评估25个标准中的24个。

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