More publications
- Case study of ventilation solutions and strategies for Li-Ion battery rooms in Norway
- The impact of smoke extraction strategy on ventilation components and particle pollution
- Preliminary developments and insights of the Smart Building Hub: A Norwegian e-infrastructure for energy-flexible and healthy buildings
- Exposure to cooking emitted volatile organic compounds with recirculating and extracting ventilation solutions
- BRAVENT – Storskala branntester (del 1): Brannytelse for ikke-brannklassifiserte ventilasjonskomponenter
- Engineering tool for designing a ventilation strategy for small school fires based on the comfort ventilation
- Universell utforming i grunnskolen. Kartlegging og praksis i norske kommuner
- Effect of demand-controlled ventilation strategies on indoor air pollutants in a classroom: A Norwegian case study Read publication
- Brannforløp og ventilasjon i skoler Read publication
- Cooking emissions from typical Norwegian meals: basis for advanced exposure studies Read publication
Other
- Engineering tool for designing a ventilation strategy for small school fires based on the comfort ventilation
- The impact of smoke extraction strategy on ventilation components and particle pollution
- Functional testing of ventilation systems in schools during activated fire alarm. Coherence with the fire safety strategy Read publication
- Fire safety of ventilation systems and fire incidence reports in Norwegian schools
- P-4 Formation of ultrafine particles in a classroom under different ventilation conditions
- Demand-controlled ventilation: do different user groups require different CO2-setpoints?
- Effect of ventilation on perceived air quality in 18 classrooms
- Control procedure for demand controlled ventilation performance
- Should we differentiate ventilation requirements for different user groups?
- What should the minimum ventilation rate be in a Demand Controlled Ventilation Strategy?
