2021年古建筑木结构糟朽监测技术适宜性评价数据

该数据以古建筑木结构糟朽监测为目标层、监测技术对不可移动文物的扰动性、监测技术成本、监测范围、监测频次、监测精度等为准则层，糟朽可采用的皮罗钉、阻力仪、应力波监测技术为方案层。采用excel软件按照自下而上的方式逐层计算，获得了糟朽监测可采用的皮罗钉、阻力仪、应力波等监测技术对古建筑木结构糟朽监测的适宜性。可为同类不可移动文物监测技术的选用提供参考。

This dataset establishes a three-level analytic hierarchy framework targeting the decay monitoring of ancient architectural timber structures. The goal layer is the decay monitoring of such structures; the criteria layer includes factors such as the disturbance of monitoring technologies to immovable cultural relics, monitoring technology cost, monitoring scope, monitoring frequency, and monitoring accuracy; the alternative layer covers three available decay monitoring technologies: Pilodyn, resistance meter, and stress wave monitoring technology. Using Microsoft Excel, the suitability of these monitoring technologies for the decay monitoring of ancient architectural timber structures was calculated layer by layer in a bottom-up manner. This dataset can provide valuable references for the selection of monitoring technologies for similar immovable cultural relics.