Search for dissertations about: "Thermal effect in architecture"
Showing result 1 - 5 of 21 swedish dissertations containing the words Thermal effect in architecture.
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1. NOUR - Daylighting and thermal effects of windows in desert houses
Abstract : This study is on a combined effect of window, the daylighting and the thermal effects, in desert houses. It is comprised of two complementary studies. In the introduction a historical review on the development of use daylight has been carried out in order to place the case study in a historical perspective. READ MORE
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2. Extensive green roofs in Porto Alegre, Brazil : Effect on indoor thermal comfort in residential buildings
Abstract : Brazil had a significant quantitative housing deficit of 7.7 million residences in 2015, especially in low-income housing. Traditionally, these projects have low levels of thermal insulation which can result in discomfort caused by warmth or cold. The residential sector is responsible for a significant part of the energy use in Brazil. READ MORE
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3. Revisiting the urban block in the light of climate change : A case study of Budapest
Abstract : Since the beginning of the twentieth century, the urban block configuration of free-standing buildings has been deemed superior to other built forms, as it provided the necessities of modern healthy living: sunlight and fresh air. In light of climate change, the dissertation aims to reevaluate these long held beliefs and to reintroduce microclimate as an urban design consideration. READ MORE
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4. Planning for Solar Buildings in Urban Environments
Abstract : Energy use in buildings accounts for a significant proportion of the total energy use in many countries. While past and current buildings have solely been energy consumers, future buildings will, besides using less energy, also need to produce (part of ) the required energy on site with renewables. READ MORE
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5. 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