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Procedure for NDT and Traditional Methods of Ancient Building Diagnosis,by Using Thermograph, Digital Images and other instruments data Analysis.

机译:NDT和传统方法的古建筑诊断方法,通过使用温度计,数字图像和其他仪器数据分析。

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The authors of this paper belong to an interdisciplinary research group, developed at the Polytechnic University of Valencia, financed by the Ministerio de Fomento, 2004, in order to evaluate the efficiency of different destructive techniques and non destructive methods applied to the analysis and diagnosis of ancient buildings. The results of this project and the experience gained applying its conclusions to the knowledge of ancient buildings inspired this paper, which is focused to determine a methodology to undertake this sort of surveys. Within the difficulties involving the data compilation about the historic buildings architectonic and structural development, and the necessary accurate results, there are other requirements to observe: to reduce time consuming in the task and to develop more simple and economic methods, applying reduced number of instrumental, avoiding a massive destructive testing of all building materials and construction elements at the Laboratory. The aim of building conservation is to be respectful with the material belonging to the historic building, including the surveying phase of the job.Using a few instrumental easily carried to the building site, considering the difficulties derived of the lack of accessibility that may exist in this sort of buildings, and taking into account not to produce damage to the object, maximizing results by minimizing the samples/testing/data taken from the building the data gathering phase is focused, looking for its complementarities, coincidences and correlations.The techniques applied are a) metric rectified digital images to obtain accurate and fast drawings of the building elevations; b) thermograph images analysis for the identification of different building materials, coatings and discontinuities in the masonry walls; and c) ultrasonic,micro drilling and wood hardener for timber structural elements assessment. This method was applied to several case studies, reaching accurate results. As a conclusion, a procedure was developed, that is presented in this paper.
机译:本文属于跨学科的研究小组,在瓦伦西亚理工大学开发的,由部:FOMENTO,2004年资助,以评估不同的破坏性技术和非破坏性的方法效率作者适用于分析和诊断古建筑。这一项目并获得了应用其结论古建筑的知识经验的结果激发了本文,其重点是确定的方法进行这种调查。在涉及对历史建筑的建筑学和结构发展的资料汇编,以及必要的准确结果的困难,还有其他要求来观察:减少耗时的任务,并制定更加简单和经济的方法,将减压的工具数量,避免所有的建筑材料和建筑元素在实验室的一个巨大的破坏性试验。建设生态的目的是要尊重与材料属于历史建筑,包括易于携带到建筑工地的job.Using几个器乐的勘测阶段,考虑得出的,可能存在于缺乏无障碍的困难这种建筑物的,并考虑到不产生损伤的对象,通过最小化从施加的建筑收集阶段被聚焦到数据,寻找其互补性,巧合和correlations.The技术取得的样本/测试/数据最大化结果是:a)度量整流数字图像以获得所述建筑物的高度精确和快速的图纸; b)对于不同的建筑材料,在圬工墙涂层和不连续性的识别温度计图像数据;和c)超声波,微钻木材硬化剂对木材的结构元件的评估。这种方法适用于几个案例研究,达到准确的结果。作为结论,程序开发,也就是本文提出。

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