Paula Wahlgren
Paula is a researcher and lecturer at the division of Building Technology. The main subject is building physics where heat, air and moisture transport in buildings and building components forms the basis. The research focus is air transport in and through building components and airtightness of buildings and investigations are made using both numerical simulations and large-scale measurements. Paula Wahlgren is the representative of Sweden in IEA ECBCS Annex 5, AIVC, Air infiltration and Ventilation Centre. Research concerning innovative insulation materials and moisture safety of exterior walls is carried out together with phd students. The focus of education is to teach civil engineering students, architect student and master student how to build energy efficient and moisture safe buildings that provide a sound and sustainable buildings with a good indoor climate
Showing 73 publications
Experiences from Interior Super Insulation of a Brick Wall from the 1800s
Interior insulation using super insulation materials: saving energy and space
Experimental Study of Thermal Buoyancy in the Cavity of Ventilated Roofs
Deterioration in brick buildings: hygrothermal performance and measures to save them
Field Testing of Interior Super Insulation Materials on a Brick Wall in an Industrial Building
Superisoleringsmaterial – hur kan de användas vid renovering?
Moisture in indoor air: findings of 40 years
Architecture and Engineering - education of Form and Force
Moisture impact on dimensional changes and air leakage in wooden buildings
Fältmätning på äldre tegelkonstruktion med invändig tilläggsisolering av superisoleringsmaterial
Value creation by re-renovation – focus on the user perspective
Method for Detecting Contaminant Transport through Leakages in a Condemned School
Energirenovering av flerfamiljshus uppförda före 1945: De boendes perspektiv
Renoveringsbehov i äldre hus: möjligheter för energieffektivisering och bevarande av kulturmiljö
Using SIMs to re-create cultural historical values in buildings from before 1945
Consequences of Varying Airtightness in Wooden Buildings
Renovation of buildings from before 1945: status assessment and energy efficiency measures
Effect from a Variable U-Value in Adaptive Building Components with Controlled Internal Air Pressure
Spread in energy use in buildings dependent on choice of heating and ventilation system
Changing internal pressure to achieve variable thermal conductivity in thermal insulation
Hygrothermal performance of a light weight timber wall assembly with an exterior air barrier
Energideklarationerna behöver kvalitetssäkras
Wooden stud walls with aerogel thermal insulation. Material properties and HAM-simulations
Important factors to achieve an airtight building
Att gestalta och kommunicera energieffektiva byggnader bortom traditionella rum för lärande
Lösningar för att skapa god lufttäthet
Methods and materials for an airtight building
Byggherrens arbete för lufttäta byggnader
Extrapolation of fan pressurization measurements
Utvärdering av byggnaders täthet
Alternativa metoder för utvärdering av byggnadsskalets lufttäthet
Utvärdering av byggnadsskalets lufttäthet
Overview and literature survey of natural and forced convection in attic insulation
Konsekvenser av kondens i köldbärarsystem
Lufttäthetens handbok - problem och möjligheter
Lufttäthetsfrågorna i byggprocessen- Etapp B. Tekniska konsekvenser och lönsamhetskalkyler
The effect and cost impact of poor airtightness- Information for developers and clients
Olika sätt att hantera fukt i köldbärarsystem
Survey of measurements and simulations of natural and forced convection in insulation
Konsekvenser av luftrörelser på vindsbjälklaget
Three proposed studies for the East Asia study
Verification and validation of CFD-simulations on heat transfer in porous insulation
Convection in loose-fill attic insulation- Simulations and large-scale measurements
Theory on convection in porous media- applied to loose-fill insulation in attic floors
The Thermal Effects of Convection in Horizontal Insulation
Measurements and Simulations of Natural and Forced Convection in Loose-fill Attic Insulation
Measurements and Simulations of Convective Heat Transfer in Loose-fill Attic Insulation
Convection in Loose-fill Attic Insulation- Simulations and Large-scale Measurements
Natural and Forced Convection in a Superposed Air and Porous Layer when Heated from below
Convection in Horizontal Insulation
Är vindskydd på ventilerade vindsbjälklag onödigt?
Workmanship and Convective Processes in Loose-fill Attic Insulation
Convective Processes in Loose-fill Attic Insulation- Metering Equipment
Inverkan av luftrörelser och arbetsutförande på värmeförluster genom vindsbjälklag
Convective Processes in Loose-fill Attic Insulation- Metering Equipment
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Showing 8 research projects
Spaces – glasade utrymmen för ett resurseffektivt, socialt och hälsofrämjande boende
Preserve and improve energy efficiency in listed buildings using super insulation materials
Airtightness change in new buildings- causes and consequences
Towards improved compliance and quality of the works for better performing buildings
Lufttäthetens variation över året