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Use of ultrasound as a nondestructive evaluation technique for sustainable interventions on wooden structures

机译:超声作为对木结构的可持续干预的非破坏性评估技术

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摘要

Interventions in emergency and development works normally avoid using diagnostic techniques to determine the extent of damage to wooden structures, opting instead for the large-scale replacement of elements that could otherwise be repaired or reused. In the case detailed in this paper, the application of ultrasound non-destructive technique to assess the conservation status of the wooden frame of a building of great historical value is described. This building is known as "El Corral del Conde" and is located in the city of Seville (Spain). The aim is to limit the scope of the intervention with an approach based on the principle of sustainable intervention, which minimizes the replacement of materials that could be recovered and thus reducing CO_2 emissions. The results show that using nondestructive techniques is possible to reduce the total volume of the intervention minimizing the energy consumption and CO_2 emissions by 85 percent.
机译:紧急情况和开发工作中的干预措施通常避免使用诊断技术来确定对木结构的破坏程度,而是选择大规模更换可能可以维修或重复使用的元件。在本文详细介绍的情况下,描述了超声无损技术在评估具有重大历史价值的建筑物木结构的保护状态中的应用。该建筑被称为“ El Corral del Conde”,位于塞维利亚市(西班牙)。目的是通过基于可持续干预原则的方法来限制干预的范围,该方法最大程度地减少了可回收材料的替代,从而减少了CO_2的排放。结果表明,使用非破坏性技术可以减少干预的总体积,从而将能耗和CO_2排放量降低85%。

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