Wall Base Ventilation Systems Design to the Treatment of Rising Damp - Guimarães Teixeira, Ana Sofia;Delgado, João M. P. Q.;Peixoto de Freitas, Vasco
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Rising Damp coming from the ground that, by capillarity, rises through porous materials is one of the main degradation causes of historical and ancient buildings, essentially, of its thick walls with heterogeneous composition. In the last few years, the Building Physics Laboratory LFC of Porto University, Faculty of Engineering FEUP, validated and analyzed the operating principle of a technique called "Wall Base Ventilation System for the treatment of rising damp problems in historical and ancient buildings, consisting in enforce the circulation of air in the base of the walls of buildings…mehr

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Produktbeschreibung
Rising Damp coming from the ground that, by capillarity, rises through porous materials is one of the main degradation causes of historical and ancient buildings, essentially, of its thick walls with heterogeneous composition. In the last few years, the Building Physics Laboratory LFC of Porto University, Faculty of Engineering FEUP, validated and analyzed the operating principle of a technique called "Wall Base Ventilation System for the treatment of rising damp problems in historical and ancient buildings, consisting in enforce the circulation of air in the base of the walls of buildings with a relative humidity far from the saturation. This work presents the most common rising damp treatment techniques and the system s idea, develops a complex and complete systems design model, using a numerical simulation program and making some laboratory tests to get its validation and, finally, presents the implementation of a hygro-regulated system in a real building, a Portuguese historical Church.
Autorenporträt
Assistant Professor since 2011 at Faculty of Engineering-Porto University, FEUP, Portugal. Graduate in Civil Engineering (2004), MSc in Buildings Rehabilitation in Civil Engineering (2008), PhD in Civil Engineering (2011) all at FEUP.She is co-author of 1 patent, 4 books, 10 international journal papers and 25 papers in conferences.