Pär Johansson
Pär Johansson is Associate Professor at the Division of Building Technology, research team Building Physics Modelling. Pär works with high performance thermal insulation (super insulation) materials, materials for thermal storage (heat and cold) and status assessment of buildings using artificial intelligence (AI). The aim of the research is to reduce the environmental impact of the existing building stock while minimizing risks when new materials are used in combination with old building techniques.
In Chalmers Energy Area of Advance, Pär is leading a work package on thermal energy storage solutions in the profile area Energy in Urban Development. He also participates in CIB W040 and CIB W080.
Pär is Head of Programme Civil Engineering, 300 hec.
Showing 110 publications
Drying of an aerogel-based coating system in Swedish climates: Field tests and simulations
Moisture absorption of an aerogel-based coating system under different wetting scenarios
Mot prediktivt underhåll av byggnaders klimatskal – autonom bildanalys och datahantering
Retrofitting balcony doors from the 1950s: feasibility study of VIPs
Increasing Water Absorptivity of an Aerogel-Based Coating Mortar in Subsequent Wetting and Drying
Superisolerande puts ett steg närmare verklighet i Sverige – erfarenheter från fältförsök
Superisolerande puts för renovering och nybyggnation
Knowledge gaps regarding the hygrothermal and long-term performance of aerogel-based coating mortars
Moisture Control Strategies of Habitable Basements in Cold Climates
Deterioration in brick buildings: hygrothermal performance and measures to save them
Aerogelbaserad puts- Superisolering för framtiden
Experiences from Interior Super Insulation of a Brick Wall from the 1800s
Interior insulation using super insulation materials: saving energy and space
Superisoleringsmaterial – hur kan de användas vid renovering?
Field Testing of Interior Super Insulation Materials on a Brick Wall in an Industrial Building
Generic algorithm to assess moisture susceptibility of simplified wall assemblies
Design tool for thermal energy storage in buildings
Fältmätning på äldre tegelkonstruktion med invändig tilläggsisolering av superisoleringsmaterial
Superisoleringsmaterial i byggnader: Rekommendationer från IEA EBC Annex 65
Anti-icing of road surfaces using Hydronic Heating Pavement with low temperature
En introduktion till dagvattenflödesmodellering i gröna tak
Energirenovering av flerfamiljshus uppförda före 1945: De boendes perspektiv
Super insulation materials in the building sector: Field studies and future challenges
Value creation by re-renovation – focus on the user perspective
Thermal properties of asphalt concrete: A numerical and experimental study
An analysis of hydronic heating pavement to optimize the required energy for anti-icing
Using SIMs to re-create cultural historical values in buildings from before 1945
Results from real life performance assessment of aerogel blankets in buildings
Practical Applications of SIMs: Retrofitting at the Building Scale
Renoveringsbehov i äldre hus: möjligheter för energieffektivisering och bevarande av kulturmiljö
Superisoleringsmaterial i byggnader: Rekommendationer från IEA EBC Annex 65
Renovation of buildings from before 1945: status assessment and energy efficiency measures
Tak i urbana miljöer för att minska risken för översvämning vid skyfall
Design evaluation and improvements of a latent heat based thermal energy storage system
Evaluation of 5 years’ performance of VIPs in a retrofitted building façade
Vakuumisoleringspaneler i gamla byggnader
Long-term performance of vacuum insulations panels in buildings and building systems
Energideklarationerna behöver kvalitetssäkras
Evaluation of long-term performance of VIPs
Spread in energy use in buildings dependent on choice of heating and ventilation system
Investigating PCM activation using transient plane source method
Building Retrofit using Vacuum Insulation Panels: Hygrothermal Performance and Durability
Air leakages in a retrofitted building from 1930: measurements and numerical simulations
Vacuum insulation panels (VIP) in refrigerator room, freezing room & fridge
Tilläggsisolering av gamla byggnader med vakuumisolering
Assessment of the Risk for Mold Growth in a Wall Retrofitted with Vacuum Insulation Panels
Energieffektiviseringar – vilka risker finns och hur ska de hanteras?
In situ Measurements of Façade Retrofitted with Vacuum Insulation Panels
Development of a Risk Assessment Procedure Applied on Building Physics: Part One; Model Development
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Showing 19 research projects
Super insulation plaster for sustainable renovation
Molecular Solar Thermal energy storage systems (MOST)
Super insulation render for renovation and new constructions
Activation of thermal energy storage materials: measurement techniques
Demonstration plant for cold storage in phase change materials
Preserve and improve energy efficiency in listed buildings using super insulation materials
Potentials of using existing roofs for mitigation of storm water flooding risks in urban areas
Long Term Performance of Super-Insulating Materials in Buildings
Towards improved compliance and quality of the works for better performing buildings
National Transdisciplinary Centre of Excellence for Integrated Sustainable Renovation (SIRen)
Next generation building envelope systems (NextGBES)
Test av tegelvägg med invändig vakuumisolering vid SINTEF/NTNU
Homes for tomorrow. Building solutions for tomorrow as a reference for today