Associate Professor
Arjen Kraaijeveld
Field of work
Background: electrical engineering and teacher training. Have been working with fire safety for many years, both research and teaching. In addition part time fire fighter.
- introduction course
- system engineering
- coordinator bachelor thesis engineering Haugesund
- humidity and fire spread
- landscape fires
- gas based extinghuishing systems
- li-ion batteries and fire safety
- Dynamic
- Builder
Publications
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Boligpiloter tilpasset beboere med alvorlig rus- og psykisk (ROP) lidelse. Funksjons- og ytelsesbeskrivelser for tre beboerprofiler
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Influence of Wooden Compartment’s Fuel Moisture Content on Time to Flashover: An Experimental and Numerical Study
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Quantifying extended discharge rate of inert gas agents to increase hold time for protection of enclosures with openings
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Reliable fire detection systems for residents with drug and psychiatric disorders
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Reliable fire detection systems for the at-risk groups
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Reliable fire detection systems for the at-risk groups
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Experimental and Numerical Investigation of Extinguishing Effectiveness of Inert-Gas Agents in a Leaky Enclosure
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Kontrollert lyngbrenning. Bærekraftig og samfunnsikker landskapspleie.
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Risikomomenter for innsatspersonell ved brann i litium ion batteri i lukkede rom
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Wildfires in Norway. A case study from Sotra.
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Analysis of wood fuel moisture content on enclosure fire through small scale experiments
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A novel representation of the critical ventilation velocity for mitigating tunnel fires
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Numerical investigation of the required quantity of inert gas agents in fire suppression systems
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Gave a presentation in conference NFSD2019
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Tunnel Fire Dynamics as a Function of Longitudinal Ventilation Air Oxygen Content
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Fire Safety Experimental Investigations of Time to Flashover as a Function of Humidity in Wood
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Small Scale Hydrocarbon Fire Test Concept
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Vertical Flame Spread in Wooden Corners as a Function of Fuel Moisture Content
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Burning Rate and Time to Flashover in Wooden ¼ scale Compartments as a Function of Fuel Moisture Content
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Fire Safety Experimental Investigations of Time to Flashover as a Function of Humidity in Wood
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Comparison of Shaft Fire Experiment and CFD Modeling
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Analysis of turbulent fluctuations in a 1/3 scale room corner using FFT
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Immaterielle rettigheter ved Høgskolen i Bergen / Høgskolen Stord/Haugesund. Strategisk plan for ivaretakelse av immant