Academic year: 2015/2016
Staff: klaas-calle Nathan Van Den Bossche
Research into a hygrothermal reliable risk analysis
A lot of historic buildings suffer from water infiltrations and/or hygrothermal problems. This leads to a decrease in sustainability, interior climate quality and thermal/mechanical performance of the constructions.
It stands to reason that historical heritage is priceless, and that a solution to this problem is urgent. However, due to a lack of knowledge, correct simulations are not achievable. As a result, current renovation strategies are often based on outdated recipes or trial and error.
The application of HAM modeling has great potential here, if the boundary conditions are known. But for historic facades these input parameters (the buildup, the material properties, the interior-/ exterior climate, imperfections, …) are unsure. Monte Carlo Simulations may solve this incertitude and enable us to create a reliable damage model. This model together with a calculation of the financial consequential damages will lead to a reliable risk model.