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Family house
Diviš, Lukáš ; Pailová, Alena (referee) ; Maceková, Věra (advisor)
The topic of this bachelor thesis is a family house with one story above ground and residential basement under the part of building. Shed roof has a slope of 7%. As the load-bearing construction were used bidirectional structure walls made of Porotherm bricks. The building is situated on slightly sloping plot towards the west. All the used constructions are according valid ČSN regulations.
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Family house
Jureček, Jiří ; Manová, Ludmila (referee) ; Maceková, Věra (advisor)
Bachelor´s thesis solve design of the Family house in village Nové Veselí. I tis a two storey house with a partial basement, the roof is pitched with a slope of 30°. The house is designed of brick POROTHERM. The building is set on a land slightly sloping. The object is designed by valid standard.
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Family house
Leupold, Karel ; Manová, Ludmila (referee) ; Maceková, Věra (advisor)
Bachelor´s thesis solve design of the Family house in city Telč. It is a two-storey house with a partial basement, the roof is pitched with a slope of 35°. The house is designed of brick POROTHERM. The building is set on a land slightly sloping. The object is designed by valid standard.
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Static analysis of the timber roof structure
Sedlák, Petr ; Gratza, Roman (referee) ; Kytýr, Jiří (advisor)
This thesis with the numerical modeling and assessment has been carried timber roof structure of the gymnasium hall of the elementary school TGM at Bílovec. The study was realized in program system ANSYS. They are created a variety 2D and 3D numerical models which are assessed according to current normative regulations.
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New-Built Detached House
Šimůnek, Ondřej ; Kalivoda, Tomáš (referee) ; Kalousek, Lubor (advisor)
The bachelor project New-Build Detached Family house is compiled in a from of project documentation which comprises all the requisites required by current regulations. The designed house is placed on the sites numbered 2311/7 in Roztoky u Jilemnice.
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Family house
Latochová, Marcela ; Gábrová, Lenka (referee) ; Spáčil, Miroslav (advisor)
The bachelor´s thesis a Family house is compiled in a form of project documentation which comprises all the requisites required by current regulations. The designed family house is placed on the sites numbered 2132/1 in a village Úvalno. This is a new building partial basement with one underground and aboveground floors. The house has an irregular floor plan, is built from the systém SUPER IZO from BS Klatovy. The house is covered with a double-flat roof and on the part and flat green walkway roof.
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Family house
Rycková, Silvie ; Gábrová, Lenka (referee) ; Spáčil, Miroslav (advisor)
The bachelor project Family house is compiled in a from of project documentation which comprises all the requisites required by current regulations. The designed house is placed on the sites numbered 121 in village Dolní Benešov-Zábřeh. This is a new building with basement with two floors. The house has an regular floor plan, is built from the system POROTHERM and is covered with a gable roof.
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Detached house on a lake
Sedláčková, Markéta ; Vránová, Lenka (referee) ; Kacálek, Petr (advisor)
The subject matter of my Bachelor thesis is the project of a new single-family detached house situated on a lake. The building has two over-ground floors and is covered by a flat double-coated roof. Spacious terraces accessible from both the first as well as the second floor are the integral parts thereof. Vertical load bearing and non-load bearing walls are designed from Porotherm walling system. Horizontal load bearing ceiling constructions are designed from an iron-concrete construction. The load bearing first floor terrace construction shall consist of a welded steel construction. The large diameter piles foundation construction is designed from an iron-concrete construction. The wall footing construction of piles, load bearing pillars and slab floating the building construction is designed from underwater iron-concrete construction. The project emphasizes the layout plan, thermal technical properties and safety in use.
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