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Family House
Beranová, Iveta ; Gábrová, Lenka (referee) ; Winklerová, Jitka (advisor)
The bachelor thesis deals with the processing of project documentation. Specifically, the parts A, B, C, D.1.1 and D.1.3 of Annex 6 to Regulation No. 499/2006 Coll., On construction documentation, as amended by Decree No. 62/2013 Coll. The documentation refers to a house designed for four-to five-member family. Land with plate number 1414 is in Troubsko. The building has two floors and a partial basement. The second floor is designed in the form of the attic below the pitched roof with timber roof truss. Lee is protected by pitched hipped roof with timber roof truss. On the south side of the house is a spacious terrace. In the basement is designed one-car garage, utility room and storage. The first floor is the social part of the house. The second floor is resting part, children's rooms and bedroom for parents are placed here. The house is based on the footings of plain concrete. Vertical and horizontal load bearing structures are designed from Porotherm. Partitions are also designed from clay blocks Porotherm. For roofing are designed roof tiles. Roof is supported by timber roof truss. Retaining walls are designed from permanent concrete formwork. The enclosed essay deals with the topic of staircases.
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Detached House Olbramovice
Černá, Hana ; Chuchma, Lukáš (referee) ; Smolka, Radim (advisor)
This bachelor thesis deals with the design documentation of a detached house with a dental surgery, designed for a family of five. The house is situated in South Moravia, Znojmo district, in Olbramovice village, cadastral area no. 709930 – Olbramovice u Moravskeho Krumlova. The building is designed as a brick building. Vertical and horizontal constructions are designed from the Porotherm structural system. Foundation structures are designed from concrete. The main part of the building is covered with a pitched roof with a slope of 30°. The pitched roof is constructed as a wooden frame and a purlin system. The garage is covered with ply flat roof. The dental surgery is covered with a flat walkable roof. The building has two floors in the main part. In the side parts of the building (the garage and the dental surgery) object have only one floor. The building is newly built and it has a dissected plan.
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Family house
Šturma, Pavel ; Pailová, Alena (referee) ; Maceková, Věra (advisor)
This bachelor's thesis focuses on the development of documentation of a family house. This Project as well as the addenda are elaborated according to the contemporary legislature and standards. The house is located on the plot number 201/52 in České Vrbné area. This is a family house with a garage. This object is two-floored basement house whit an attic. On the first floor there is a living room, an office, a kitchen, a bathroom, a guest room and a garage. In the second floor there is a bedroom, two kid's bedrooms, a terace and bathroom. In the basement there is a fitness room, a technical base, a storage room and a playroom. The floor plan of the house is broken with a pitched roof. The bearing walls are constructed of the Porotherm system.
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Residential House
Nguyen Huu, Thin ; Svatoňová, Hana (referee) ; Mohelníková, Jitka (advisor)
This Bachelor’s thesis is about resolution of project documentation of residential house. The house is situated on a gentle sloping terrain. The house has a built-in garage parking for 2 cars. The main entrance to the building is designed on the northwest side, where is the road. Terraces 1.NP 2.NP located on the back of the house where is more quiet and privacy.
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House on the slope
Vejr, Tomáš ; Maceková, Věra (referee) ; Myslín, Jiří (advisor)
Aim of this Bachelor thesis is to design a single-storied house with an attic in Suchomasty. The object is single-family detached house with a partial basement, and a garage. The house is designed for family of four. In the basement there is a garage, vestibuled entrance to the building, clothes closet, toilet room, utility room, and stock room. In the ground floor there is a hall and stairs, living room, kitchen and dining room, bathroom containing a toilet, bedroom, and room for house work. In the attic there are two children's rooms, two clothes closets, and bathroom containing a toilet. The vertical structure is made up from wooden platform frame consisting of supporting members 160 × 80 mm. Basement perimeter walls are made of KB blocks 290 × 390 × 190 mm filled with reinforced concrete. The horizontal structure above the basement is composed of reinforced floor with the 150 mm thickness, and above ground floor is composed of strip joist. There is a pitched roof on the house, purlin system.
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Detached house
Elbl, Jiří ; Kalábová, Tereza (referee) ; Bečkovský, David (advisor)
The Bachelor thesis topic is a project of a low-energy detached house. The house is designed as two storey basementless wooden building with a pitched roof. The 4 bedrooms layout fulfills the design for 3-5 family members. The object includes a wooden warehouse for garden furniture and other tools. The warehouse which is connected by an one-car garage to the detached house. The architectural expression is to be a two matters interpenetration of a standard plaster and a stone facing. The two materials create an L-shape. The entrance which is shaded by the garage shelter is situated in the western part of the house. After the vestibule there is a living room connected with a kitchen. If turned right there is a technical room and WC. From the South-East oriented living room there is a contact with a garden which may be entered by a terrace via a french window. The second storey is reachable via a cranked flight of stairs. The second story layout is simply designed with a focus on an utility while respecting the cardinal directions. There are two children rooms which will be split by a soft wall in the future. The parent bedroom includes its own dressing room and bathroom. There is a bedroom, single WC and dressing room for the children. All of the bedrooms ar enterable form the hall and have southern-west view. The structure is to be from timber bearing boards that are also noise and heat insulants. The house shell is also covered by heat insulations. The structure is designed as a timber beam structure. The roof is supported by nailed timber trusses while respecting an over-rafter heat insulation. The warehouse and the garage shelter have their own not-to-be-walked flat roof.
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Detached house
Šenovský, Josef ; Hlavsa, Petr (referee) ; Kolář, Radim (advisor)
The project solvesthe technical documentation of thefamily house, partly with basement, in the village Horní Lhota. The building is located on sloping terrain. Ground plan of house has a shape of two rectangles with two double pitched roofs. In the basement the reis the technical back ground of the house and hobby room. In the 1st floor is taking place all activities of inhabitants and the atticis designed as a quiet, relaxing area with sanitary facilities.
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Detached house, Znojmo
Antoš, Jan ; Kalábová, Tereza (referee) ; Bečkovský, David (advisor)
This is a detached family house in a partially built-up area. The building is situated in the region of Znojmo in the town of Sedlešovice. The building has two floors without cellar. In the ground floor is entrance hall with dressing room, living room and kitchen, study, bathroom and garage. On the second floor are two rooms, bedroom, bathroom, toilet and dressing room. From the hall is the entrance to the terrace. The house is based on the footings of plain concrete and is built from the building system HELUZ with contact insulation system from company ISOVER. The roof is pitched with a inclination of 30 °. Roofing tile is clay TONDACH - FIGARO. Built-up area is 172,93 m2. Also includes is a seminar paper on the topic Anchoring on the tercce railing.
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Mathematical Modelling of Flow over Periodic Structures
Bauer, Petr
We examine the influence of roofs' shapes on the boundary layer of a simplified urban canopy by computing non-stationary Navier-Stokes flow over a periodic pattern. The solution is obtained by means of finite element method (FEM). The resulting linear system is solved by the multigrid method. We present computational studies of the problem.
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Proper Orthogonal Decomposition of Turbulent Flow above Urban Area
Kellnerová, Radka ; Kukačka, Libor ; Uruba, Václav ; Jurčáková, Klára ; Jaňour, Zbyněk
This contribution describes the character of turbulent flow generated above series of street canyons in wind-channel. Main concern is to clarify how intermittent dynamics of the flow determines the ventilation process inside the canyon. Since geometry of building around street canyon significantly affects the flow regime, two shapes of building are studied and comparison of these two regimes is done. During experiment, velocity data are measured using PIV with high-repetition rate. Over than three thousand snapshots of instantaneous velocity are then analysed by Proper Orthogonal Decomposition (POD). This method reveals the measure of coherence of the flow and decomposes the individual snapshots into dynamics modes. For example, the first mode in shear layer (localised at the roof level) contains almost 55% of global turbulent kinetic energy, what is an in
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