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Apartment building
Burian, Jaroslav ; Hradil, Dušan (referee) ; Kolář, Radim (advisor)
The subject of the bachelor thesis is the design and processing of project documentation for the construction of a new residential building in Nosislav. The residential building is designed on a plot located on the northern edge of the village, the site is leveled. The building of the apartment house is designed as a detached house with one underground floor and two above-ground floors. There are a total of five residential units on the upper floors, one of which is designed as 1+KK, the other residential units are designed as 3+KK. In the basement of the building there is the technical background, storage space for each apartment and communal areas such as a shared warehouse, workshop and community room. The load-bearing system is a combined wall system, the vertical load-bearing structures are made up of lost formwork on the underground floor and lightweight concrete with lime-sand blocks on the above-ground floors. The horizontal load-bearing structure is designed as a monolithic reinforced concrete slab. The individual floors are connected by a two-arm monolithic reinforced concrete staircase. The roof is constructed as a truss roof with ceramic roofing. The building is insulated with a contact thermal insulation system.
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Apartment build in Slušovice
Vyvlečková, Iveta ; Pěnčík, Jan (referee) ; Dohnal, Jakub (advisor)
The aim of the bachelor thesis is to elaborate the project documentation of a new residential building in Slušovice. The building is designed as a detached, non-basement building. It has an irregular shape and is covered with a flat single-skin roof. On the first floor there is a background of the house, a technical room, warehouses, a meeting room and a cleaning room. Parking spaces are provided on the property. Floors 2.NP, 3.NP, 4.NP are used for housing and in total there are 12 residential units each of size 3+1. The vertical structural system is made of SILKA sand-lime blocks. Horizontal load-bearing structures are made of reinforced concrete monolithic slab. The project documentation also includes a basic assessment of the building in terms of building physics.
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Single-family house
Čejka, Jan ; Nespěšný, Ondřej (referee) ; Bečkovský, David (advisor)
The bachelor thesis deals with the design of a new semi-detached family house and the elaboration of construction documentation. The object is located in the central part of the town Kuřim near a second-class road connecting Tišnov and Brno. The terrain around the object is flat. The building is without a basement with two above-ground floors. The semi-detached house is divided into two separate units with separate entrances. One apartment is designed for 4-5 people. The building is designed as a nearly zero-energy building in a low-energy standard. The foundations of the object are formed by a reinforced concrete foundation slab, under which there is a thermal insulation layer of foam glass gravel. The vertical load-bearing structures are made of sand-lime masonry. The object is insulated with an ETICS system with insulation made of basalt wool. The ceiling construction of the building is made of pre-stressed hollow Spiroll panels. The roof structure is designed as a classic rafter roof with a folded roof covering. The design documentation includes a fire safety assessment, a thermal technical assessment, and an assessment of acoustics and daylighting.
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Apartment building
Strakoš, Lukáš ; Vystrčil, Jan (referee) ; Šuhajda, Karel (advisor)
The bachelor thesis on the topic Residential house elaborates the project documentation for a new building of a residentail house with a business premises. The residential building is designed as a fully basement with one underground and three above-ground floors. In the underground floor there is a technical room and a cellar. On the first floor there is an office, an apartment for a person with limited mobility and orientation and a residentail unit. On the second and third floors are a total of 6 residential units. The building is designed as brickwork made of ceramic cut blocks, only the basement is made of hollow blocks filled with prescribed concrete and reinforcement. The foundation structures are designed as concrete strips. The staircase and ceiling structure is made of monolithic reinforced concrete. The roofing of the building is by means of a single-skin flat roof. The house is insulated with a contact insulation system.
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Single family home Česká Třebová
Foldynová, Natálie ; Müllerová, Eva (referee) ; Müller, Jan (advisor)
The subject of this bachelor's thesis is the design of a new family house and the development of the project at the implementation documentation stage. The objective is to create a project in accordance with current legislation and suitable within the context of the municipal zoning plan. The design should consider the existing terrain and surrounding buildings. It should resolve the layout of the building with regard to the cardinal directions, and appropriately select the construction system and materials used. The new family house is designed as a standalone, two-story, non-basement building for the residence of four people, with a sloping gable roof. The building has a rectangular shape. From the driveway, the house appears as a single-story structure due to the sloping plot, which allows for the lower floor to be partially buried. The entrance floor is thus the first above-ground floor and serves as the main living area, including a study. The lower floor features a spacious living room with a dining area and open kitchen, a utility room, a separate toilet, a bedroom with a bathroom, and a room for storing garden tools and furniture. The building is founded on strip foundations. The structure is constructed from ceramic blocks and is externally insulated with facade polystyrene, finished with a thin-layer silicone plaster. The facade color scheme is a combination of white and light gray. The windows and entrance doors are in anthracite color, as are the windowsills. A gravel walkway will be established around the building. The building is designed to achieve near-zero energy consumption, adhering to low-energy standards.
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University climbing centre, Pardubice
Grund, Michal ; Remeš, Josef (referee) ; Müller, Jan (advisor)
The subject of the bachelor's thesis is the design of a new climbing center and the preparation of construction documentation. The building of the University Climbing Center in Pardubice is located on the southern side of the city of Pardubice, on the border of the Dukla housing estate. The construction is situated in a built-up area on flat terrain. It is a 4-story building in the form of an oval with one underground floor. The roof structure is mono-pitched with a coating of hydro insulation weighted down with washed river pebbles. The building is divided into 3 functional units. The main function of the building is served by the climbing wall, which is accessible from the underground floor and runs across all floors. The second above-ground floor houses a boulder wall with facilities, forming the second functional unit. The last third function consists of space for both trainees and the public on the first above-ground floor, where there is a reception with a rental service and a café with seating in a glazed arc space. The sports facility is designed for a total of 60 trainees. The building is designed with nearly zero energy consumption in a low-energy standard. The design also accounts for the use by persons with limited mobility and orientation. The structural system of the building is reinforced concrete monolithic. The vertical perimeter structures are reinforced concrete with a thickness of 200 mm with contact insulation ETICS with mineral wool boards with a thickness of 200 mm. Internal vertical and horizontal load-bearing structures are of reinforced concrete with varying thicknesses. The roof structure consists of steel rolled I profiles anchored to the vertical walls. The roof assembly is on a load-bearing trapezoidal sheet with a coating of hydro insulation made of TPO foil weighted down with washed river pebbles. The building is founded on a flat foundation slab with a thickness of 350 mm. A terrace for seasonal operation of the café and a small forest park with a playground will be created on the site.
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Integrated rescue system - station type P1
Bambasová, Petra ; Burianová, Lenka (referee) ; Kacálek, Petr (advisor)
THE THEME IS OF THE STUDY AND DOCUMENTATION THE IMPLEMENTATION OF THE CONSTRUCTION OF THE NEW BUILDING OF THE INTEGRATED RESCUE SYSTEM – STATION TYPE P1. THE FIRE STATION IS DESIGNED INTO THREE OPERATING UNITS. THE MAIN ACCESS TO THE BUILDING IS IN THE 1ST FLOOR ADMINISTRATIVE AREA IN THE SOUTH-EAST SIDE OF THE BUILDING. THIS PART OF THE BUILDING HAS 2 FLOORS. THE OBJECT CONTINUES TO THE SOUTHEAST TOWARDS THE PATH OF THE GARAGE WITH 5 SPACES. ON THE NORTHWEST EDGE OF THE OBJECT IS A TECHNICAL BACKGROUND WITH A DISHWASHER AND A DRYER. TO DEVELOP OVER THE OBJECT PERSONAL VISITS FROM TWO FIRE STATIONS. ONE REGIONAL IN CESKE BUDEJOVICE AND SECOND DISTRICT IN TÝN NAD VLTAVOU. FOR INSPECTION AND UNDERSTANDING PROPOSAL FOR A NEW FIRE STATION ALSO HELPED TOUR OF DOCUMENTATION PROJECT ALREADY MADE ON CONSTRUCTION FIRE STATION IN MARIANSKE LAZNE AND FRYMBURK.
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Family house
Trtílek, Petr ; Uheríková, Eliška (referee) ; Brukner, Bohuslav (advisor)
This bachelor thesis presents a design of a a family house for 4 -5 member family. The house is situated in Lány near Prague. The house is designed as a two-storey house with a partly flat roof and partly classical roof. Both inside and outside the house, the design respects different levels of the ground around. The house is divided into a living area and garage. The ground floor is intended as a daytime area and it is suitable for family activities. The first floor with bedrooms is intended as a place to sleep and relax. The entrance into the family house is designed on the ground floor. The house is built on a concrete base platform supported by foundation structure. The ground floor and the first floor are made of ceramic blocks. Exterior walls are insulated with Rockwool mineral wool panels. The roof is designed from prefabricated extensive green roof trays. Analysis of thermal and mechanical properties of the house and fire safety report on the building solution is also a part of this bachelor thesis.
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Administrative building
Zajícová, Dagmar ; Utíkal, Aleš (referee) ; Utíkalová, Ivana (advisor)
The subject of the diploma thesis is the elaboration of project documentation for the construction of administrative building in Brno. The main entrance to the building is oriented to the south-east. The building is L-shaped and it is designed as a two-storey, partly with a cellar. The perimeter bearing masonry of the above-ground floors is designed from ceramic blocks of thickness 300 mm and the internal bearing masonry of thickness 250 mm. After that the basement masonry is made of concrete blocks thickness 300 mm cast in concrete. Internal non-bearing masonry made of ceramic blocks thickness 115 mm. The insulation of the building is designed as a certified contact insulation system of EPS material. The horizontal bearing structures are designed as a ceramic prefabricated rib-and-filler floor with concrete grout. The stairs are designed as reinforced concrete monolithic. The roof is warm flat roof with an extensive vegetation layer.
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Detached family house, Valašské Meziříčí
Skříčková, Alžběta ; Vlach, František (referee) ; Müller, Jan (advisor)
The aim of the bachelor thesis is a design of family house located in the cadastral area of the town Valašské Meziříčí. It is a two-storey family house on a slope, with a garage and a terrace adjacent to the first ground floor, which performs the function as a housing for four to five member family. The object is designed as a wall system, built from sand-lime bricks km beta Sendwix and insulated with the ETICS thermal insulation composite system. Horizontal supporting structures are made of reinforced concrete. The entire building is roofed with a flat roof. Wooden windows and doors are used in the building to fill the holes. The bachelor thesis is elaborated in the form of a project documentation for the execution of the construction.
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