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The technological stage of the rough substructure of OÚ Ostrá
Kholodniak, Marko ; Doubek, Rostislav (referee) ; Biely, Boris (advisor)
The bachelor's thesis is focused on the implementation and reconstruction of the lower gross structure of the municipal office in Ostrá. The original building has one underground floor, one above ground floor and a non-residential floor. The building is based in a flat manner on the foundation strips, the vertical load-bearing structures are made of full-burnt bricks, the horizontal load-bearing structures above the 1.PP are formed by a monolithic beam ceiling and a reinforced concrete slab supplemented with a steel beam. The extension will have one above-ground floor and one underground floor. The extension will be based on a base plate supplemented with foundation belts around the perimeter of the base plate, which, however, will not have a load-bearing function. The vertical supporting structures will be completely covered with the POROTHERM system, the ceiling above the 1st PP extension will be ŽB monolithic. The work contains a technical report with a focus on the selected technological stage, the situation of the building with wider traffic relations of the transport routes, a list of measures, a technological regulation for the implementation of foundation structures, a drawing and report of the construction site equipment, a time schedule, a design of the machine assembly, an inspection and test plan for the implementation of the foundation construction, safety and health protection at work.
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Flat House Rozdrojovice
Zavřelová, Martina ; Sukop, Lukáš (referee) ; Novotný, Miloslav (advisor)
The subject of the bachelor's thesis is the development of project documentation for the new construction of an apartment building in Rozdrojovice. The apartment building is a detached building with nine residential units, four floors, basement. The main entrance to the building is from the south side of the building. There are nine apartment units on the upper floors, which are connected by a common main corridor with a staircase and an elevator. In the basement there are social rooms, cellar cubicles, a carriage house, a technical room and an air conditioning machine room. Each apartment on the second to fourth floor has a balcony or terrace. The structural system of the building is wall-built, transverse. The building is based on a reinforced concrete base plate. The vertical supporting structures are made of ceramic masonry. The insulation of the perimeter walls forming the envelope of the building is designed by a certified ETICS system. The ceilings are designed as monolithic reinforced concrete slabs woven around the perimeter. The roof is a flat single-layer vegetation. None of the housing units are designed as barrier-free for people with reduced mobility, but access to the building is barrier-free. If necessary, thanks to the spacious rooms and corridors in the ground-floor apartments, it is possible to change the disposition of one of the apartments to a barrier-free apartment. The material and color of the facade takes into account the design of the surrounding buildings. Each block is distinguished by a different facade color. Rainwater will be drained from the roof into the storage tank. Subsequently, it will be used in the internal separate rainwater system for flushing the toilet and watering the garden. Surplus water will be absorbed on the property into a seepage pit. The project also includes an energy label. The designed apartment building belongs to the classification class "A - extremely economical".
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Detached house in a suburban area
Cech, Aleš ; Kolář, Radim (referee) ; Jelínek, Petr (advisor)
This bachelor's thesis focuses on the design of nearly zero-energy house for a minimum of a five-member family. It includes parts A and B. Part A contains structural and architectural design, fire safety and assessment of building physics (acoustics, sunlight, and thermal assessment). Part B contains detailed design of air conditioning system, concept design of selected building services (heating, cooling, electrical installation, rainwater management) and the energy performance certificate. The house is located in the suburb of Znojmo, has two storeys, L-shaped floor plan, with a flat green roof and a car port next to the entrance from the northern side. The load-bearing walls are designed of large format sand-lime blocks with thermal insulation made of expanded polystyrene. The load-bearing floor and roof structures are designed as cast-in-place reinforced concrete slabs. The foundation slab is laying on foam glass granules. The source of space heating and DHW heating is a heat pump with a borehole collector. Space heating and cooling is provided by underfloor heating and fancoil units, simultaneous cooling regenerates the temperature of the soil in the borehole collector. Ventilation is provided by a mechanical, equal pressure system with heat recovery. The supply air is filtered and distributed by disc valves. There is a photovoltaic power plant on the roof with battery storage in the utility room. Rainwater is collected from the roof of the house, paved areas and parking shed roof stored in accumulation tank and used to water the garden. Excess rainwater is infiltrated in underground seepage.
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Detached house near Litomyšl
Simon, Matěj ; Kolář, Radim (referee) ; Jelínek, Petr (advisor)
The aim of this Bachelor’s thesis is to design a two-storey, single-family, near-zero-energy house, located in Čistá u Litomyšle. The thesis has two parts. The first part presents architectural and structural design, comprised of technical drawings, fire safety design and building physics. The second part presents a detailed design of sanitary installations a concept design of all the other building services and energy performance certificate. The house is located on a flat plot. It has a gabled roof with a dormer, a pitched green roof over a car shelter and a garden storage connected on the northern side. The ground floor comprises of an entrance, a guest room, a bathroom, a utility room, a living room with a kitchen and a pantry. The private zone is located on the first floor. It is made of a master bedroom with a walk-in closet, an office, two bedrooms, a bathroom, and a laundry room. The vertical structures are made of sand lime bricks, external walls are insulated with Twinner panels- EPS covered by a layer of MW. The roof in insulated with PIR. The horizontal structures are made of cast-in-place reinforced concrete. The house has a foundation slab insulated with foam-glass gravel. The main heat source of the house is an air-water heat pump, supplemented by a stove in the main living area and electric heating elements for hot water. The house is mechanically ventilated by a unit with heat recovery. There are photovoltaic panels installed on the roof. Rainwater is collected from the roof and stored for use in flushing and irrigation. Wastewater is treated by a household wastewater treatment plant, and it is infiltrated on site.
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Detached house with a workshop CABAS
Novák, Jakub ; Vaněk, Vojtěch (referee) ; Jelínek, Petr (advisor)
The main topic of this bachelor’s thesis is the development of a construction project at the level of construction documentation for a family house in accordance with applicable legislation. The objective of the thesis is to design and describe the proposed layout of the building, appropriately choose the construction system and materials, address the site's integration into the terrain considering the current state of the plot, and respect the surrounding development. The basis for the work was the municipality’s zoning plan, the real estate cadastre, and a geological map. The new building will be located on a flat plot in a quiet and new part of the village of Městec Králové. The proposed family house is a two-story structure without a basement, designed for the living needs of four people. The project focuses on creating a functional home with optimal use of space and separation of different zones. The construction system is wall-based. The exterior walls are made of ceramic blocks with external contact insulation. The roof of the second floor is designed as a flat green roof with an attic. On the first floor, there is a communication and social zone, which includes the living room, dining area, kitchen corner, and a business area featuring a pedicure salon. The second floor comprises a separate quiet zone with children's rooms and a bedroom, along with a storage room and a study. Both floors have a bathroom with a toilet, with the bedroom having an en-suite bathroom with a toilet.
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Single-family house in Nový Jičín
Holiš, Jakub ; Sukop, Lukáš (referee) ; Ostrý, Milan (advisor)
Purpose of the bachelor´s thesis is to design single-family low energy house. House is located in Nový Jičín, a town located in Moravian-Silesian region. Building has two floors and detached garage. Both garage and house have a flat roof. Main entrance is located between garage and house itself. On one part of the first floor there is a big open living room with kitchen and dining area. Second part of the first floor has bathroom, separated toilet, hall, entry, and utility room. Second floor has two bedrooms and master bedroom. Another bathroom, study and walk in closets are also present here. Vertical load bearing structures are made of sand-lime bricks. Horizontal load bearing structures and staircase are made from reinforced concrete. Windows are wooden with aluminium exterior. Heating of the house and hot water will be secured by air-water heat pump in split mode. Hot water for heating will be stored in accumulation tank and distributed throughout the house thanks to the floor heating system. There is mechanical ventilation and heat recovery unit installed. House Is connected to public drinking water infrastructure and city sewerage system. Electricity is provided by the grid. Rainwater is stored in underground accumulation tank with connection to underground drainage system.
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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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Realization of the lower construction of a multifunctional building in Prague
Tkachenka, Vadzim ; Sukopová, Dagmar (referee) ; Mohapl, Martin (advisor)
The bachelor thesis deals with the realization of the rough substructure stage of a multifunctional building in Prague 7. The building is based on large-diameter piles and foundation slab, the underground walls are monolithic. The work includes a technological regulation and a detailed inspection and testing plan for drilled piles. In addition, a technical report for the building, the solution of the wider traffic relations, site facilities, the design of the machine assembly for the entire stage and safety requirements are also prepared. The work also includes a time schedule, staff balance and itemised budget with bill of quantities for the entire stage, which are prepared in the relevant software. In the last step, a seminar paper on parking systems is prepared where information on types and mechanisms of parking lifts are provided. The thesis focuses on effective methods of dealing with various aspects of the organization of the construction process, with emphasis on safety, quality and economy of project implementation.
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Design and assessment of the load-bearing part of the reinforced concrete structure
Tihelka, Marek ; Lagiň, Juraj (referee) ; Kostiha, Vojtěch (advisor)
The aim of the bachelor thesis is the design and assessment of a reinforced concrete foundation structure of a sports hall. The proposed solution is a monolithic foundation slab. The design software SCIA Engineer 22.0 was used to determine the reactions acting on the slab and slab internal forces. The reactions were also verified by manual calculations. The slab was assessed for ultimate and serviceability limit state and designed by hand. This work also includes design of reinforced concrete monolithic column. A drawing documentation was also prepared for both reinforced concrete slab and column.
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Multi-generational house Polanka nad Odrou
Šichnárková, Adéla ; Žajdlík, Tomáš (referee) ; Šuhajdová, Eva (advisor)
The task of this bachelor thesis is to design a new building of a multi-generation family house with a partial basement and to prepare project documentation for the construction phase. The building is situated on a flat plot of land in the city district of Ostrava, in Polanka nad Odrou. The proposal respects the surrounding buildings and all binding documents of the city, especially the Ostrava city plan. The building will be divided into two residential units. The first one will be only one-storey designed for two persons and the second one will be with basement, will have two floors and will be designed for 4 persons. The basement will be used especially for storage space. The family house is based partly on strip foundations and partly on a slab foundation. It is constructed of ceramic masonry units and covered with a single-skin flat roof. The ceiling structures will be made of monolithic reinforced concrete slab. The perimeter walls will be insulated with the ETICS contact insulation system using EPS facade polystyrene.
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