Search for dissertations about: "Brandteknik"
Showing result 6 - 10 of 49 swedish dissertations containing the word Brandteknik.
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6. A multi-scale approach for predicting the fire response of building barriers
Abstract : Building barriers are compartmentation elements in buildings that limit the passage of fire and smoke to adjacent spaces. They are key elements in the overall response of a building in a fire. The adequate fire response of building barriers is usually assessed by the fulfilment of standardized resistance to fire tests. READ MORE
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7. Application of Virtual Reality in the study of Human Behavior in Fire : Pursuing realistic behavior in evacuation experiments
Abstract : Virtual Reality (VR) experiments are used to study human behavior in fire because they allow simulation of fire events with relatively low risks to the participants, while maintaining high levels of experimental control. Manystudies have used VR experiments to explore aspects of the human response to fire threats, but VR experiments as a research method are yet to be subjected to a systematic process of validation. READ MORE
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8. Water mist fire protection systems : The development of testing procedures for marine and heritage applications
Abstract : Modern, commercial water mist fire protection system technology evolved at the beginning of the 1990s due a need to replace halon fire-extinguishing systems and improve fire safety on passenger ships. This thesis documents the unknown water mist system development work by two Swedish companies during the 1970s and 1980s. READ MORE
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9. Fire behaviour of selected polymeric materials : Numerical modelling and validation using microscale and bench scale test methods
Abstract : The ability to predict fire behaviour of materials is of key interest to building materials industry. Themain reason for it is expensive fire testing and certification costs borne by the manufacturers to bring a finished product to market. READ MORE
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10. Emissions from Fires Consequences for Human Safety and the Environment
Abstract : Accidental fires represent a risk for people from the heat and fire effluents produced. It is clear from fire statistics that it is, in fact, the toxic gases that kill and injure many fire victims. Further, there are a number of compounds that are readily produced in fires, which have important sublethal effects on humans. READ MORE