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The combined influence of mineralogical, hygric and thermal properties on the durability of porous building stones

机译:矿物学,水分学和热学性质对多孔建筑石材耐久性的综合影响

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摘要

It is a common practice to test building stones against an isolated decay factor when assessing the durability of building stones. Accordingly, the interpretation of results is often driven by the considerations of a limited number of properties thought as relevant to the action of that specific decay factor. In this way, the role of the synergies of decay processes and agents is often neglected. Contrarily, when different decay factors are included in the same experiment and the stone properties are examined conjunctly, the difficulties of isolating the effects of a specific decay factor or of isolating the contribution of "relevant" stone properties become apparent.
机译:在评估建筑石材的耐久性时,通常针对隔离的衰减因子测试建筑石材。因此,结果的解释通常是由对有限数量的属性的考虑所驱动的,这些属性被认为与该特定衰减因子的作用有关。这样,通常会忽略衰变过程和媒介协同作用的作用。相反,当在同一实验中包括不同的衰减因子并同时检查石材性能时,分离特定的衰减因子的作用或分离“相关的”石材性能的贡献的困难就变得显而易见。

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