Our Studies
Moisture Mitigation at Timberview VIII
Tallest mass-timber residential building in Oregon; moisture sensors installed; target ≤ 18 % moisture content in timber panels during construction.
Digital Twin Monitoring of Löfstad Castle
13 sensor nodes, 84 parameters; found high humidity in basement (avg RH ~ 75 %) requiring vapor barrier installation
Digital Twin Monitoring of Löfstad Castle
13 sensor nodes, 84 parameters; found high humidity in basement (avg RH ~ 75 %) requiring vapor barrier installation
Digital Twin Monitoring of Löfstad Castle
Study modelling wetting & drying; high WDR risk zones: up to 30% higher moisture load on exposed façades; emphasised need for accurate spatial modelling
Digital Twin Monitoring of Löfstad Castle
Compared 20+ projects; found moisture content fluctuation during construction from 12-15% up to 18-22%; protective membranes & robust moisture plan reduced damage by over 70%
Predictive Modelling of Moisture Damage in Swedish Buildings
Model estimates: ~33% of school buildings, ~20% of commercial, ~15% of residential have moisture damage risk; used machine learning & representation models