Publications in Scientific Journals:
K. Ghazi Wakili, T. Stahl, E. Heiduk, M. Schuss, R. Vonbank, U. Pont, C. Sustr, D. Wolosiuk, A. Mahdavi:
"High performance aerogel containing plaster for historic buildings with structured façades";
Proceedings of 6th International Building Physics Conference, IBPC 2015
This contribution reports on ongoing efforts exploring the potential of aerogel-based plasters on historical façades. As a case study, aerogel-based plaster was applied without reinforcement meshes to a small area in the historical main building of the Vienna University of Technology. The objective is to examine the long-term behavior of the plastered surfaces. For this, a monitoring infrastructure has been implemented, which enables the in-situ measurement of temperature, humidity, and heat flux within different layers of the construction using a wireless sensor system. These measurements are intended to offer a before-after comparison of the thermal behavior of the treated components.
none - see english version
Retrofit; Aerogel-based Plaster; Historical Building; Wireless Monitoring; In-situ Measurements
Created from the Publication Database of the Vienna University of Technology.