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Family house
Nevřivý, Daniel ; Nespěšný, Ondřej (referee) ; Pěnčík, Jan (advisor)
The aim of the bachelor thesis is to create project documentation for a new family house in Zbýšov u Brna. The house is partially underground and has two floors. In the north-eastern part of the ground floor there is a garage with two stands and in the south-western part there is a terrace. The structural system of the house is transverse wall, made of ceramic brick blocks type THERM. The building is based on the foundation strips of plain concrete. The walls of the basement are made of masonry made of lost formwork. The ceiling structure is designed from pre-stressed reinforced concrete cavity ceiling SPIROLL panels. The staircase connecting all floors is monolithic and the roofing is designed with a flat green roof. The external walls are insulated with a non-contact insulation system with a ventilated air gap and the façade consists of lightweight brick cladding.
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The family house with wine cellar
Kovářová, Lucie ; Hrabovský, Kristián (referee) ; Benešová, Romana (advisor)
The subject of the bachelor's thesis is the project documentation of a family house with a commercial space. The building is located on Květinová Street in Pohořelice near Brno. It is a detached house with two above-ground and one underground floor. The main and dominant part with a gable roof is designed as a residential area for housing, complemented by a simple form of wine store with the cellar in a simple form. Both parts are accessible from the street. The house is three-story, with the entrance on the first floor, which includes a shared living area with the gallery above, technical and sanitary facilities, guest amenities, and a wine store with its own entrance and separate operation. The wine store and cellar in the basement are connected by a spiral staircase. The private second floor contains living rooms, bathroom, and access to a terrace. The main structural elements of the building are brick vertical walls made of therm bricks reinforced with reinforced concrete rings, monolithic reinforced concrete ceiling slabs, and a truss wooden roof structure. The stairs are made of steel. The building is founded on reinforced concrete strips, which are stepped down to the level of the basement. The material solution for the surfaces is inspired by the traditional technique of storing wine in wooden barrels with metal hoops. Therefore, the facade of the main structure has wooden cladding the ventilation, and the roofing and facade of the wine bar are made of aluminum composite panels. A lightweight envelope with projecting laminated trusses is designed for the gable part of the house in the garden, providing shading.
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Detached house with a workshop
Brosingerová, Valerie ; Vaněk, Vojtěch (referee) ; Utíkalová, Ivana (advisor)
The bachelor thesis deals with the project documentation for a detached house with a workshop in Chomoutov. The documentation contains layout solutions of residential units, its non-residential premises for common use and design solutions of the weight-bearing system such as walls and ceilings. Furthermore, it deals with flat green roof, insulation of the building and its foundations and excavations.
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Modern barn house in Silesia
Kostialová, Jana ; Pilinszki, Martin (referee) ; Brzoň, Roman (advisor)
The aim of the bachelor's thesis is to design a passive single-family house for four people. First part of the thesis presents the structural and architectural project documentation including building physics evaluation and the second parts proposes the solution of building services. The house is located on the flat plot by the forest on the suburbs of Havířov. This rectangular shaped house has one floor and an attic with the gable roof. On the ground floor is entrance hall, utility room, hall, toilet, bathroom, pantry, living room with the kitchen with the access onto the west facing deck. Upstairs is a cloakroom, two children's bedrooms, second bathroom, master's bedroom with walk-in-wardrobe and the home office. The glazed facades are oriented to the east and to the west. The total floor area of the house is 264 m2. The covered parking and tool-shed will be located on the northeast side of the house by the access to the property. The load-bearing walls are form sand-lime blocks with mineral insulation and wooden cladding, the partitions are from aerated concrete. Strip foundations, insulated by extruded polystyrene, are from reinforced cast-in-place concrete, floor slab is from prefabricated prestressed concrete panels. The metal roofing is on timber roof truss. Windows and entrance door are wood-aluminium with triple glazing. Floor heating, cooling and warming water in this house is provided by air/water heat pump. Ventilation is provided by ventilation unit with ducts in suspended ceilings and plate valves. On the south side in the metal roofing are integrated very thin photovoltaic panels. Storm water is collected in accumulation tank for later use. Summer overheating is reduced with external blinds. The house is connected to the water service pipe, sanitary sewer, electricity service cable and optical cable. The thesis also solves fire safety and building physics including daylighting, acoustics, and the energy certificate of the house.
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Low-energy detached house in Krkonoše
Ambrožyová, Jana ; Pilinszki, Martin (referee) ; Brzoň, Roman (advisor)
The aim of this bachelor thesis is design of low-energy detached house. The project is divided into two parts. The first part is the project documentation for building permission, and the second is focused on building services. Part of building permission is fire safety of building, acoustic and daylight assessment and assessment of constructions from thermal technology. The house located in Eastern Krkonoše mountains in Pec pod Sněžkou, Velká Úpa, Trutnov district. The house is connected to the electrical grid, water supply and sewage system. Part of the electricity is provided by photovoltaic panels on the gable roof. The building is located on a sloping plot and is designed as three-story house with residential attic, gable roof and counter dormer. Roof is insulated with over-rafter insulation. The building is based on foundation strips made from reinforced concrete. External walls of the underground floor are made from permanent formwork concrete blocks with reinforced concrete infill. Above-ground floors are designed from Porfix aerated concrete blocks. External walls of underground floor are insulated with ETICS. External walls of the upper floors are insulated with stone insulation and supplemented with a ventilated facade with wooden cladding. The floor structure above the underground floor is designed from monolithic reinforced concrete and above the first above-ground floor is formed by the Porfix floor system. On the underground floor there is garage, utility room, ski storage room and wellness area with bathroom and small kitchen. Kitchen, bathrooms and habitable rooms are located on the upper floors. Part of the documentation is the conceptual design of air conditioning and rainwater management. Because the building is designed in the mountains, I focused on heating system. I designed the main source of heating – air-water heat pump. I designed a floor heating system and for better thermal comfort is possible to use a wood-burning fireplace. The documentation also includes the Building's Energy Performance Certificate.
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House with physiotherapy centre
Plecháč, Vojtěch ; Sláma, Ludvík (referee) ; Mohelníková, Jitka (advisor)
The aim of the bachelor's thesis is to prepare the project documentation of a family house with a physiotherapy exercise room. The new building is situated in Horní Nové Ves, which is part of the town of Lázně Bělohrad and falls into the Jičín district. The cadastral territory of the object is Horní Nová Ves with parcel number 27/1. It is a two-story building with a partial basement. The building is divided into three parts. For the garage and physiotherapy exercise room, these parts are single storey and covered with a single skin flat roof. The residential part of the new building has two above-ground floors and is partly under the basement. Above the residential part, a structure made of lattice butted trusses is designed. The proposed building fulfills the function of permanent living and for exercising in the gym. The ground plan shape of the building is regular, the main residential part is rectangular and the wings that adjoin the residential part are also rectangular. The building is based on plain concrete foundations. The vertical load-bearing structures in the above-ground parts are made of masonry elements made of brick fittings, and the underground vertical load-bearing structures are made of concrete blocks, which are reinforced with reinforced concrete. The staircase is monolithic, with a connection to the beam and the perimeter wall. The horizontal construction system is designed from prefabricated Spiroll prestressed ceiling panels. The building is insulated with the ETICS contact insulation system.
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Determining the price of ancillary budget costs of the construction of a family house of ancillary budget costs
Hrdá, Gabriela ; Trtílek, Petr (referee) ; Tuscher, Martin (advisor)
The bachelor thesis is devoted to the problem of determining the price of ancillary budget costs of the construction of a family house. In the theoretical part, the budget costs are divided into elementary and ancillary costs and are described in more detail. More emphasis is placed on the ancillary costs, which are then discussed in the practical part. Its output is a list of items of ancillary costs that should be considered in the construction of the family house and their valuation. The summation gives the approximate total amount, which is then compared with the ancillary costs of the selected realized projects and also with the percentage rates reported by companies ÚRS and RTS in relation to ancillary costs. Finally, a price indicator for ancillary costs per unit of measurement and purpose is determined.
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Analýza trhu nemovitostí v segmentu rodinných domů
VOTAVA, Vladimír
The topic of my diploma thesis is the analysis of the real estate market in the segment of family houses. Its goal is to analyze the market for family houses by region of the Czech Republic, to determine the price dispersion, and which factors have an influ-ence on their price. The theoretical part of the thesis deals with the definition of terms from the issue of valuing real estate in accordance with applicable laws and regulations, the basic types of family houses and the factors that influence their price are also described here. The practical part contains the basic and economic characteristics of each region, job opportunities and safety in the particular regions. Next, I conducted a market analysis with an emphasis on the dispersion of offer prices, the situation on the real estate market in each region, and the interdependence of various factors on the prices of family houses. In the discussion, I described the trends in real estate prices in the past years and events related to the real estate market. Finally, I described the anticipated trends in the family house market.
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Výpočet tepelných ztrát obvodovým pláštěm dřevostavby a teplotního pole ve vybraných konstrukčních detailech
Pokora, Radek
This diploma thesis clarifies a description of thermal field in a construction of wooden building and deals with heat loss issue in an envelope of a building in specificed constructions detailes. You can find in this thesis description of thermal diffusivity in buildings constructions. The task is to create 3-D models of selected construction details of selected wooden building. In those detailes, based on finite element method is created thermal field and thermal flux. And the calculation of heat loss in those construction details. A family house and a house envelope are designed by myself and simulations are made on that family house. I needed to know a boundary settings and heat transfer temperature gradient. The important result is what is the value of heat loss. Then I need to know why and what can I do to fix problém points. There are written stacionary calculations in selected detailes in the thesis. In the end is an evaluation of designed house envelope heat loss. Problem detailes are showed also.
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