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Family house Rb -3
Růžička, Jiří ; Sibilla, Luboš (referee) ; Vlček, Milan (advisor)
The project is design a house with a small establishment. The project includes the layout and the design of the house. The house has three floors with an attic and one basement floor. It is designed as a stand-alone. The first floor of the establishment of the background and the main entrance to the house. The rest of the house is designed for family living. This part is a utility room, basement and garage in the basement. Living room with household equipment is then in the upper part of the house. The house is run by two separate entrances with wheelchair access to the premises and the entrance to the garage in the basement. The house is designed as a brick building of brick masonry Porotherm in modular size 250 (125) mm with ceramic ceilings MIAKO a cylinder. Roofed by a gabled roof. The house is located on a private plot of 1200 m2 with built up area of 120 m2. The land is gently sloping.
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Familly house in Novém Městě nad Metají
Sháněl, Tomáš ; Burdová, Jana (referee) ; Brukner, Bohuslav (advisor)
The project addresses the low energy new build detached house, which will be permanently used for housing. The building is designed as a two-storey house, which is intended to be permanent residents of 4-5 persons. Roofed building with a flat roof is solved by using a bottom discharge reinforced concrete slabs. Load-bearing walls are from Sendvix manufacturer KM - BETA. The ceilings are designed as monolithic. The building is located in the gap between the existing building houses. The house has a garage for one car.
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Familly house
Kubátová, Michaela ; Dostálová, Darina (referee) ; Spáčil, Miroslav (advisor)
The building is located in Humpolec, Highlands Region, Humpolec cadastral, land parcel No. 1877/6, the proposed building of the family house is situated on this land. Land investor is irregular rectangular plan, with a steep slope from northeast to southwest. The land is the eastern, southern and northern tents bordered by private land on which the buildings are located family home. The western boundary of the property is lined with a paved public roads for vehicular traffic on both sides lined the pavement. The building is a three story house with two floors and one basement floor. The building is covered with a flat roof. Object solitary house is made of a simple matter. The plane shape of the object is rectangular with dimensions 16.40 x 12.40 m, height of the highest point above grade level is 6.20 m.
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Multigenerational family house
Šmejdířová, Zuzana ; Struhala, Karel (referee) ; Čuprová, Danuše (advisor)
The topic of the bachelor thesis is the design multigenerational family house, which is situated in the village Nemošice near Pardubice. This is a two-story building with partial basement. The building is designed for housing 4-6 persons. The house is built of brick Porotherm systém, the roof is flat. In first floor in main part of house is the living room, garage for two parking spaces and storage of garden furniture. In the second part of first floor is a separate dewelling unit. In the second floor is a space for sleeping and rating. In the basement are storage rooms, utility room and workshop.
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Methodological guidelines for the research, documentation and inventorisation of the windows, shutters, doors
Schubert, Alfréd
Tato metodická publikace se věnuje průzkumu, dokumentaci a inventarizaci památkově hodnotných výplní okenních, dveřních a vjezdových otvorů (dřevěná a kovová okna a okenice, dveře a různá dvířka, vrata, výkladce, mříže atp.). V dalším textu se pro zjednodušení zpravidla hovoří jen o oknech a dveřích, případně o výplních okenních a dveřních otvorů.
Fulltext:  PDF
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Application of Heuristic Methods for Vehicle Routing Problem with Time Windows
Chytrá, Alena ; Fábry, Jan (advisor) ; Pelikán, Jan (referee)
This thesis demonstrates practical using of vehicle routing problem with time windows (VRPTW) and its solution by heuristic method. There are described teoretical principles of integer models, mathematical definitions of VRP with one or more vehicles, VRPTW and some heuristics for VRP. The practical part is solution of VRP by heuristic nearest neighbor. Product distribution is planed according to the firm settings in Prague. I compare existing situation and computed solution that show benefits of using described methods in conclusion.
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