Search for dissertations about: "Interior conditions"
Showing result 1 - 5 of 103 swedish dissertations containing the words Interior conditions.
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1. Condensation and frost formation in fibrous thermal-insulation materials
Abstract : Heavily insulated constructions are at present being used to strike at the vast energy consumption in residential buildings and commercial alike. They introduce a high-thickness layer of thermal insulation in the building envelopes. READ MORE
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2. Computer simulation of materialsunder extreme conditions
Abstract : Extreme conditions allow us to reveal unusual material properties. At the same time an experimental approach is di-cult under such conditions. Capabilities of a theoretical approach based on simplied models are limited. This explainsa wide application of computer simulations at extreme conditions. READ MORE
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3. On computer visualization of interior wood
Abstract : Our impressions are important for the decision of purchasing a product or not. If the product is not yet produced, communication in form of visualisations or representations is needed. Computer visualisation of interior wood products therefore requires knowledge about the feelings and attitudes the visualisation evokes. READ MORE
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4. Model development for auralization of interior tyre noise
Abstract : Increasing competition has set pressure on the product development process to reduce development time and costs. Computer Aided Engineering (CAE) has been used to decrease development times by facilitating early predictions of product performances and qualities. READ MORE
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5. Interior Flow and Formation of Plain Orifice Sprays
Abstract : This thesis will summarize recent experimental observations of spray formation in highly atomizing plainorifce sprays, the kind commonly produced by fuel injectors in compression ignition internal combustionengines. Two special interactions will be addressed in detail: primary atomization under elevated ambientpressures and temperatures and orifce ow effects on primary atomization. READ MORE