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Detached house on a slope
Špás, Jan ; Pilík, Václav (referee) ; Utíkalová, Ivana (advisor)
The thesis deals with the design of the detached house as the design documentation for the construction. The building plot is located in Chrudim and it is steeply sloping over the Chrudimka river. Despite the height difference on the plot, the aim of the design was to maximize connection between the interior and the garden and at the same time place the office, garage and sauna inside. The house is three-storey building, where northern and eastern walls of two of these storeys are below ground level in order to take advantage of earth-sheltered houses. The entrace floor (ground floor) is covered with mono-pitched roof. The substructure is made of waterproof reinforced concrete with the vertical walls mostly made of the sand-lime blocks. The floor slabs are designed as monolithic reinforced concrete structures. The design documentation includes assessment in terms of fire safety and building physics.
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Detached house on a slope
Špás, Jan ; Pilík, Václav (referee) ; Utíkalová, Ivana (advisor)
The thesis deals with the design of the detached house as the design documentation for the construction. The building plot is located in Chrudim and it is steeply sloping over the Chrudimka river. Despite the height difference on the plot, the aim of the design was to maximize connection between the interior and the garden and at the same time place the office, garage and sauna inside. The house is three-storey building, where northern and eastern walls of two of these storeys are below ground level in order to take advantage of earth-sheltered houses. The entrace floor (ground floor) is covered with mono-pitched roof. The substructure is made of waterproof reinforced concrete with the vertical walls mostly made of the sand-lime blocks. The floor slabs are designed as monolithic reinforced concrete structures. The design documentation includes assessment in terms of fire safety and building physics.
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Economic return earth-sheltered houses and their influence on environment
Spoustová, Michaela ; Dvořák, Antonín (advisor) ; Hadrabová, Alena (referee)
The subject of this work is comparing economic return and influence on environment by earth-sheltered house and classic house. Attention will be concentrated on construction process these houses from the beginning to approval of construction, the advantages and disadvantages resulting from the construction, which will be compared with neighboring states, especially with Germany and Austria. The work first briefly describes earth-sheltered houses, their history and use renewable energy sources, then focuses on comparing the two types of houses. The main objective of this work is to confirm the hypothesis about the benefits of building earth-sheltered houses, despite high initial costs and increased interest in population of these houses in recent years. To calculate the repayment time will be apply cost -- benefit analysis and questionnaire survey. At the conclusion work summarizes the results obtained and confirm of reject the hypothesis examined.
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