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Selected problems of protection of historic buildings against the rainwater and the groundwater

机译:保护历史建筑免受雨水和地下水侵蚀的若干问题

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The paper presents selected problems in the selection of the state of the art modern civil engineering solutions for drying moisture or wet, in particular parts of the underground structures of the brick historic buildings. The repair works of the immobile cultural heritage civil engineering objects require the appropriate choice of the design solution. These should be achieved by obtaining the assumed effects in the form of the effectiveness of repairs regarding all possible measures of protection of the cultural heritage buildings. Another key issue of the analysis of the causes of moisture formation in underground masonry structures is the necessity of consideration of the historic character of these buildings. Based on authors' extensive experience and expert knowledge, a range of diagnostics process as well as the assessment of the causes of the moisture problems of historic buildings for several selected cases was proposed. Moisture is transferred from the outside of the building to the basement interior by four mechanisms liquid water flow, capillary suction, vapor diffusion and air movement. The variety of the different mechanisms of moisture transfer, especially regarding buildings of cultural heritage implies that the selection of the most suitable system solution for solving moisture problem is the most crucial and a key issue in a specific case.
机译:本文介绍了在选择最先进的现代民用工程解决方案来干燥或潮湿的过程中遇到的一些问题,这些解决方案特别是砖历史建筑的地下结构的一部分。不可移动文化遗产土木工程对象的维修工程要求设计解决方案的合适的选择。要实现这些目标,就必须以对所有可能的文化遗产建筑保护措施的修复有效性的形式获得假定的效果。分析地下砖石结构中水分形成原因的另一个关键问题是必须考虑这些建筑物的历史特征。基于作者的丰富经验和专业知识,提出了一系列诊断过程以及对某些选定案例的历史建筑水分问题的成因评估。水分通过四种机制从建筑物的外部传递到地下室内部,即液态水流动,毛细管抽吸,蒸汽扩散和空气流动。各种不同的水分传递机制,尤其是关于文化遗产建筑的水分传递机制,意味着在特定情况下,选择最合适的系统解决方案来解决水分问题是最关键和关键的问题。

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