Search for dissertations about: "Building heat transfer"
Showing result 1 - 5 of 56 swedish dissertations containing the words Building heat transfer.
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1. Heat Flow in Building Components, Experiment and Analysis
Abstract : Three building components exposed to natural climate were studied: a dynamic insulation in the ceiling of a house, an outer wall and one window in the same wall. The term dynamic insulation implies that part of the inlet or exhaust air passes through the insulation of a house. READ MORE
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2. Advances in Ventilation Heat Recovery : An assessment of peak loads shaving using renewables
Abstract : The building sector accounts for approximately 40% of total global energy usage.In residential buildings located in cold climate countries, 30-60% of this energy isused for space heating, 20–30% is lost by discarded residential wastewater, and therest is devoted to ventilation heat loss. READ MORE
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3. Heat conduction in two and three dimensions : computer modelling of building physics applications
Abstract : The first aim of this doctoral work has been to develop a new generation of computer programs for transient and steady-state heat conduction in two and three dimensions. A large range of heat transfer problems within the field of buildings physics can be analyzed using these tools. READ MORE
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4. Models for coupled heat and mass transfer processes in buildings : Applications to Achieve Low Exergy Room Conditioning
Abstract : .... READ MORE
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5. An Approach Towards Sustainable Building
Abstract : The motivation for development of energy efficiency and implementation of novel advanced materials applied in buildings can be traced to increasing energy costs in conjunction with an enhanced environmental awareness among people. This doctoral dissertation presents contributions towards sustainable building, where factors such as building technology, energy efficiency in buildings, workers' health issues during construction measures, and certain economic considerations for renovation of buildings have been considered. READ MORE