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首页> 外文期刊>International journal for housing science and its applications >EFFICIENCY INDEXES FOR BUILDING CONDITION ASSESSMENT
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EFFICIENCY INDEXES FOR BUILDING CONDITION ASSESSMENT

机译:建筑条件评估效率指标

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Building condition assessment has become more and more important in the last years because it is essential at any time of buildings life. An assessment is absolutely necessary, for instance, in building takeovers to know what one is going to buy or it can be used to measure global service contracts success; similarly, to be aware of the building actual condition is important when planning maintenance. Condition assessment process results, in this research, are given by an efficiency index, made of an index assessing anomalies and two assessing degradation, pertaining to the whole building. Although the building assessment is obtained through a global index, which is computed from indexes assessing each building component degradation and anomalies so a deep knowledge of building condition is assured. In order to compute the degradation index, building components service life is compared to a Reference Service Life database. The two possible cases, either the service life of the component is smaller than the RSL or it is bigger, generate two different indexes here called D+ and D-. In order to compute the anomalies index building components anomalies are compared to a defined set of anomalies, which are categorized by typology, gravity of the damage and extension, and an index, here called A, measuring numbers and extensions of existing anomalies is created. Once building components have been assessed the information about their degradation (D+ and D-) and anomalies (A) of each component are grouped in building components families and then the three indexes of each family are grouped in indexes for the whole building. This index may be used in conjunction with another one assessing the building technical documents quality to reach a final index describing the whole building; both of them are supposed to be integrated in the building logbook. In this paper two case studies are presented in order to show how the building efficiency index works, how the intermediate results may be useful and to prove the effectiveness of the methodology.
机译:在过去的几年中,建筑物状况评估变得越来越重要,因为它在建筑物寿命的任何时候都是必不可少的。评估是绝对必要的,例如,在进行收购时要知道要购买什么,或者可以用来评估全球服务合同的成功;同样,在计划维护时,了解建筑物的实际状况也很重要。在这项研究中,状态评估过程的结果由效率指数给出,该效率指数由评估异常的指数和两项评估整个建筑物的退化组成。尽管建筑物评估是通过全局索引获得的,但该全局索引是根据评估每个建筑物组件退化和异常的索引计算得出的,因此可以确保对建筑物状况的深入了解。为了计算退化指数,将建筑组件的使用寿命与参考使用寿命数据库进行了比较。组件的使用寿命小于RSL或组件的使用寿命这两种可能的情况会生成两个不同的索引,这里称为D +和D-。为了计算异常,将索引构建组件的异常与定义的一组异常进行比较,这些异常按类型,损坏和扩展的严重性进行分类,并创建一个索引(在此称为A),用于测量现有异常的数量和扩展。一旦评估了建筑构件,就将有关其降解的信息(D +和D-)和每个构件的异常情况(A)归入建筑构件族,然后将每个家族的三个索引归入整个建筑物的索引。该索引可以与评估建筑物技术文件质量的另一个索引结合使用,以达到描述整个建筑物的最终索引。它们都应该集成在建筑日志中。本文提出了两个案例研究,以展示建筑效率指数如何工作,中间结果如何有用以及证明该方法的有效性。

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