10.11583/DTU.12458207.v1
Nickolaj Feldt Jensen
Nickolaj Feldt
Jensen
Søren Peter Bjarløv
Søren Peter
Bjarløv
Carsten Rode
Carsten
Rode
Birgitte Andersen
Birgitte
Andersen
Eva B. Møller
Eva B.
Møller
Supplementary data for "Hygrothermal performance of six insulation systems for internal retrofitting solid masonry walls"
Technical University of Denmark
2020
internal insulation
solid masonry
field study
hydrophobisation
mould modelling
on-site mould observations
Phenolic foam insulation
Lime-cork Insulating plaster
embedded wooden elements
diffusion-open capillary active
diffusion-tight
Building Science and Techniques
2020-06-22 11:48:51
Dataset
https://data.dtu.dk/articles/dataset/Supplementary_data_for_Hygrothermal_performance_of_six_insulation_systems_for_internal_retrofitting_solid_masonry_walls_/12458207
<div>Supplementary data for: N.F. Jensen,<sup> </sup>S.P. Bjarløv, C. Rode, B. Andersen,
E.B. Møller, 2020, "Hygrothermal performance of a phenolic foam insulation system with a closed cell structure and a lime-cork insulating plaster for internal retrofitting solid masonry walls"</div><div>The article is in review for Journal of Building Physics<div>The authors are awaiting link/DOI for the article.<br></div></div><div><br></div><div>The datasets comprises: </div><div><div>1) Measured temperature and relative humidity (Hourly data and 96-hour running average).</div><div>2) Mathematical mould-growth predictions with the VTT model.</div><div>3) On-site fungal tests with the Mycometer method.</div><div>4) On-site pH tests</div><div>5) Photos for installation of the Phenolic foam and lime-cork insulating plaster systems.</div></div>