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Medical Center
Pospíšil, Václav ; Blažková, Vendula (referee) ; Daněk, Lukáš (advisor)
The subject of my diploma thesis is the design of a new medical center MEDCEN in the area of the Jihlava hospital, on plot no. 4374/1. The total land area is 22 706 m2. The building has three aboveground and one underground floor. The vertical bearing structure consists of masonry ceramic elements, which are complemented by a monolithic, water-reinforced concrete in the underground floor. Vertical peripheral structures are equipped with thermal insulation system, in the above-ground floors with ventilated facade. The vertical load-bearing structures are made of prefabricated reinforced concrete panels and reinforced by reinforced concrete beams at the local load. The whole building is designed flat single-skin roof with a classic order of layers, where the main waterproofing layer consists of plasticized PVC foils. The layout of the building is divided into left and right wing, which connects the central central part. The entire underground floor is designed to be operational, there are parking spaces for employees, storage facilities and technical facilities of the building. Individual offices, nurses and waiting rooms are designed on all above-ground floors. In the central central part are designed sanitary rooms for visitors and employees. On the first floor is a pharmacy and X-ray examination room. On the third floor there are two office management offices and one-day surgery premises.
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Mixed-use building
Paštěka, Jakub ; Krupica, Roman (referee) ; Jelínek, Petr (advisor)
Diploma thesis is in form of building documentation for construction according to valid regulations. Designed mixed-use building is located in Zlín on plots no. 2865/3, 2865/22, 2865/23 and 2866. Building has shape of letter L, it has three above-ground floors and undergroud garage. Building has three separate parts – part with flats of sizes 3+kk and 4+kk, training centre and community centre. Each part has different number of above-ground floors. New building is detached house with maximum height 10,48 m. Object is constructed with ceramics blocks. It has ventilated facade and flat green roof. Ceiling is designed as cast-in-place reinforced slab. Material for foundations is waterproof concrete. Diploma thesis also includes assessment of thermal technology, acoustic and fire safety.
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Apartment building
Pavlíček, Jiří ; Dohnal, Jakub (referee) ; Pěnčík, Jan (advisor)
The subject of this bachelor thesis is the elaboration of project documentation for the construction of an apartment building. It is a detached basement building, which is located on a rectangular plot with flat terrain. The building is designed with four floors and one underground floor. This new building is equipped with a lift for 8 people. In the underground floor there is a technical background of the building and a storage cellars for individual apartments. There are 12 flats with different disposition and size of floor areas. The load-bearing structural system is diagonal. The lower structure is made of a waterproof concrete, the so-called "white tub" which consists of a reinforced concrete foundation slab and reinforced concrete basement walls. The upper structure is built of Porotherm system, which is insulated with ETICS facade contact system with basalt wool insulation boards. Ceiling structures are designed as monolithic reinforced concrete slabs and the staircase is built as a reinforced concrete monolithic three-armed. The façade is shaped according to the partially opened loggias. The last floor recedes from the face of the building and creates spacious terraces. Holes are filled with wooden windows. The roofing of the apartment building is solved by a single-layer flat roof with a classical layer arrangement and a hydro isolation layer made of asphalt strips.
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Polyfunctional residential building in Slatina
Náprava, Lukáš ; Klubal, Tomáš (referee) ; Brzoň, Roman (advisor)
The aim of the thesis is to design and evaluate a new multipurpose apartment building in Slatina. The object, which includes a parking lot, will be used for housing and recreational/sport purposes. The thesis also deals with basic evaluation of the object from the point of view of construction physics, fire safety and structural stability. The building is designed as a detached construction with graded floors. There is one ground floor and four elevated ones. The entire object is mirror-symmetrical on a transverse axis. The ground floor is designated to include a storage area of the apartment building, mechanical rooms and sanitary facilities of the fitness centre. The fitness centre itself is located on the first floor, along with a gym, administrative area and two special-purpose apartments. The remaining floors are intended for housing purposes. Wall construction system has been chosen for the object. The ground floor is based on a foundation plate made of watertight concrete („bílá vana“) while the supporting system is constituted by reinforced concrete walls. All ceiling constructions are constituted by monolithic plates made of reinforced concrete. Peripheral and inner supporting walls of the upper floors are lined with ceramic blocks HELUZ. Inner communication network consists of prefabricated reinforced concrete staircase and an elevator shaft. Roof construction consists of a flat DUO roof and a green roof.
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Polyfunctional residential building in Slatina
Náprava, Lukáš ; Klubalová, Pavlína (referee) ; Brzoň, Roman (advisor)
The aim of the thesis is to design and evaluate a new multipurpose apartment building in Slatina. The object, which includes a parking lot, will be used for housing and recreational/sport purposes. The thesis also deals with basic evaluation of the object from the point of view of construction physics, fire safety and structural stability. The building is designed as a detached construction with graded floors. There is one ground floor and four elevated ones. The entire object is mirror-symmetrical on a transverse axis. The ground floor is designated to include a storage area of the apartment building, mechanical rooms and sanitary facilities of the fitness centre. The fitness centre itself is located on the first floor, along with a gym, administrative area and two special-purpose apartments. The remaining floors are intended for housing purposes. Wall construction system has been chosen for the object. The ground floor is based on a foundation plate made of watertight concrete („bílá vana“) while the supporting system is constituted by reinforced concrete walls. All ceiling constructions are constituted by monolithic plates made of reinforced concrete. Peripheral and inner supporting walls of the upper floors are lined with ceramic blocks HELUZ. Inner communication network consists of prefabricated reinforced concrete staircase and an elevator shaft. Roof construction consists of a flat DUO roof and a green roof.
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Construction technology project of polyfunctional building in Rosice
Pelc, Miloš ; Novotný, Michal (referee) ; Diaz, Yvetta (advisor)
The thesis deals with construction technology project of polyfunctional building in Rosice. The parts of the thesis are the construction technology study, the assessment of transport realations, the proposition of mechanical composition and occupational health and safety (OHS/OH&S). The thesis also contains technological regulations for flat roof and white tank and control and test plans for them. There is also itemized budget with time schedule of structural work. Thesis also deals with comparison of damp proof membrane and waterproof concrete.
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The possibility of using admixtures for waterroof concrete
Roháček, Lukáš ; Voves, Jiří (referee) ; Hubáček, Adam (advisor)
Bachelor thesis is mainly focused on additions, that have impact on water impermeability and other properities of fresh and hardened concrete. This issue is also described in short section, which is took from foreign reaserch. Thesis further discusses about the standards and regulations that determine, what properties should have waterproof constructions. Experimental part is showing influence of fly ash, slag and silica fume on conzistency, hydratation heat development, strenght, water impermeability, frost resistance and volume changes of the concrete.
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Issues of design and testing of waterproof concrete fot tunnel lining
Merta, Michael ; Voves, Jiří (referee) ; Hubáček, Adam (advisor)
The diploma thesis deals with the issue of waterproof concrete and testing its properties. The theoretical part is conceived through research on existing knowledge relating to waterproof concrete. Emphasis is placed on the possibility of using a waterproof concrete for structures, such is e.g. tunnel lining. The experimental part is focused on the laboratory testing of waterproof concrete. Particulary examined was the effect of various admixtures as a partial replacement of cement. Monitored was the development of compressive strength and flexural strength, development of temperature during hydration in the early stages of maturation of concrete, water resistance of concrete, concrete surface resistance to water and chemical de-icing agents, as well as development of shrinkage during concrete maturation.
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The selected parts of construction technology project - Apartment building „Panoráma nad přehradou“
Slánská, Veronika ; Čech, David (referee) ; Venkrbec, Václav (advisor)
The objectives of the diploma thesis are selected parts of construction technology project – apartment house „Panoráma nad přehradou“. The diploma thesis contains operational procedure of manufacture of bored piles and foundation slab (use of waterproof concrete) and their applicable control and test plans. Another part of the diploma thesis are time and economic plans, concept of site equipment, study of main technological phase realization and block plan drawing. Item budget, OHSAS, operational procedur for manufacture of RC cast-in-place floor slabs and assigned drawings were done within another task.
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