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Halls of Residence and Refectory, Brno
Unar, Dalibor ; Čtvrtníčková, Kateřina (referee) ; Kolář, Radim (advisor)
The object of this diploma thesis is the processing of technical documentation for a implementation of Halls of Residence with Refectory and collective parking. The building is without cellar, has seven aboveground floors and a flat vegetation roofs. Supporting system consists a reinforced concrete frame with steel concrete stiffening cores, filling walls are made of ceramic blocks. The whole building is insulated. The facade is ventilated, aluminum cartridges.
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Hotel "U Prehrady"
Černý, Dávid ; Nováková, Eva (referee) ; Kolář, Radim (advisor)
The subject of this diploma thesis was to process the study and the design documentation for a newly built hotel in Brno, in city district “Kníničky” near the artificial dam “Přehrada” in a rest area. The hotel will serve as temporary accommodation for up to 64 hotel guests in single, double and four bed rooms. The object also contains training rooms, offices, a meeting room, a café, a small grocery store and a restaurant with kitchen. Parking is possible in one of the two mass garages and there is an outdoor parking possibility in front of the hotel too. The building has a cast-in-place concrete frame with longitudinal beams and sway bracings. The external wall consists of aerated concrete bricks with contact thermal insulation system ETICS (insulation material mineral wool), the ceilings will be cast-in-place reinforced concrete ceilings and the roof flat green roof or flat roof with gravel on it above the 5th floor. The foundation construction consists of reinforced concrete foundation strips, which expand to foundation pads under the load-bearing columns and will be supported by piled foundations under the most exposed elements. As long as the hotel is situated into a fairly steep slope, the vertical alignment of some building parts is various so part of the project is the design of landscaping works. Design documentation was processed using the program AutoCAD 2017, the study and the visualization using both SketchUp 2015, LayOut 2015 and Lumion 5.
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Detached house
Plachá, Erika ; Nováková, Eva (referee) ; Kolář, Radim (advisor)
The subject of this thesis is a design of new building family house with partial cellar in Lesonice. House is designed for three to four permanent resdents. The object is situated on a slightly sloping land on the outskirts of the village Lesonice. Part of the building is a garage for two cars. The main entrance is oriented towards the main street. Plan dimensions of the house are 16,59 x 17,47 m. Vertical constructions of first floor are made of ceramic bricks of Porotherm, vertical constructions of the basement are made of concrete blocks. Ceiling construction is designed using a technology of Porotherm too. Stairs construction is monolithic. The building is roofed by hipped roof with trusses. Part of the thesis is a project documentation for a construction including constructional details, fire safety, thermal engineering, and acoustic solutions. The project documentation had been elaborated in an AutoCAD program.
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Winery
Hudeček, Vladimír ; Nováková, Eva (referee) ; Kolář, Radim (advisor)
The main aim of the master project is to design a winery building in Velké Bílovice. The building has 2 floors with flat intensive green roof. The ground floor has two parts: First for the guests and second for staff only. The first part includes a large room for a wine degustation, separate smaller room for a private degustation and toilets. The second part includes staff rooms and offices. Both parts are connected by a reception. There are stairs to the underground floor behind the offices. The underground floor includes wine production facilities and a room for occasional wine degustation. The building is designed with loadbearing walls and slabs made of reinforced concrete. Partition walls are made of ceramic blocks. The building envelope is covered with ETICS and timber cladding. All the windows have hidden frames and triple glazing. Next to the building there is a parking lot for 18 cars (14 guests, 4 staff). There is an outdoor seating for guests with a view of the vineyard in front of the winery. The project was developed with following software: AutoCAD, Teplo 2017 EDU, DEKSOFT, SketchUp and Lumion.
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Non-contact detection of physiological parameters from image sequences
Bršlicová, Tereza ; Janoušek, Oto (referee) ; Kolář, Radim (advisor)
This thesis deals with the study of contactless and non-invasive methods for estimating heart and respiratory rate. Non-contact measurement involves sensing persons by using camera and the values of the physiological parameters are then assessed from the sets of image sequences by using suitable approaches. The theoretical part is devoted to description of the various methods and their implementation. The practical part describes the design and realization of the experiment for contactless detection of heart and respiratory rate. The experiment was carried out on 10 volunteers with a known heart and respiratory rate, which was covered by using of a sophisticated system BIOPAC. Processing and analysis of the measured data was conducted in software environment Matlab. Finally, results from contactless detection were compared with the reference from measurement system BIOPAC. Experiment results are statistically evaluated and discussed.
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X-ray beam hardening effect simulation
Milek, Jakub ; Kolář, Radim (referee) ; Drastich, Aleš (advisor)
At the beginning of this work the physics related background and it’s interaction with matter is described, followed by explanation of filters influence on X-ray spectrum. Linear attenuation coefficient is described and so are other related physical quantities. In the end the description of a simulator is presented.
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Multi-purpose Building, Jana Babaka, Brno
Kolářová, Eva ; Jelínek, Petr (referee) ; Kolář, Radim (advisor)
Project's goal is to test the large buildings' design options in regards to permanently sustainable construction. The author's aim is to design energy efficient multipurpose building, with minimal negative effects on environment. The positive impact on environment is visible on the preference of natural materials used in construction. External constructions of thermal conductivity coefficient at the level of passive standard are designed using objects of renewable energy. The location in Brno has been chosen for the proposed building, specifically the location known as brownfields. Lot is accessible from the street of Jan Babak, where public transport is available. The shape of the lot is in the form of incomplete oval with internal open atrium. The administrative part of the building takes half of the area with the rest of the area being used for other businesses, such as fitness centre and restaurant. Garages are proposed to be located underneath the main building, which is built on rigid structure. This rigid structure is a steel skeleton one with linked ceilings. The foundation of building is on stilt. The roof is of a flat type with variable slope, its structure and slope are of metal construction. Claddings are designed in the form of wooden structure filled with straw bales, the exterior is thermally insulated using fibreboard thermal insulation. Inner tract facade is proposed to be panelled with wooden planks. Photovoltaic panels will be placed both from the south and southeast of the outer oval. The rest of the facade will be panelled with grate for creepers. Only environment-friendly sources of energy are considered for the proposed building. Heating and cooling is based on the heat pump air-water system; using the rainwater as an example of renewing natural energy. The surroundings of the building are designed as meadows for of infiltration of rainwater. The proposed building has been assessed in terms of environmental sustainabilit
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New Building of apartment house
Navrátilová, Vladimíra ; Navrátil, Michal (referee) ; Kolář, Radim (advisor)
The bachelor thesis is a project of a new building of apartment house, The new building is determined for living and services. It is situated in a flat parcel. It is design as a three floors non-basement. The designed from the system Porotherm. The ceiling structure is made of concrete prestressed slabs. Form building is an oblong. Roof structure is designed as a flat roof.
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Climbing Centre Vertikal in Brno
Maršálková, Martina ; Kolářová, Eva (referee) ; Kolář, Radim (advisor)
The aim of this thesis is to design a climbing hall with nearly zero energy consumption located on a small brownfield at Brno-Královo pole. The thesis has three parts: The first part presents architectural and structural designs at the level of concept documentation for building permit application. It is a four-storey building with a rectangular plan, flat green roof and a external wall made of stainless steel sandwich panels. The internal space is divided into a climbing area, technical facilities, changing rooms and wellness area. The structural system is a precast reinforced concrete frame with a roof structure made of BSH solid wall trusses. In the second part the design of the technical systems of the building is presented. Ventilation and cooling of the building is provided by three ventilation units. Heating is provided by floor heating and radiators. The heat is supplied from a local district heating grid via a heat exchanger. In the third part, CFD simulations were applied to design and assess natural and forced ventilation in terms of thermal comfort, air change effectiveness, and age of air. Within the ventilation analysis, it was demonstrated that mechanical ventilation brings significant advantages in terms of thermal comfort, air quality, and air change effectiveness compared to natural ventilation. The project documentation was prepared in AutoCad software. Simulation and analysis of natural and forced ventilation was performed in CFD software DesignBuilder.
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Measurement of the blood pressure using LabView
Slezák, Pavel ; Chmelař, Milan (referee) ; Kolář, Radim (advisor)
This thesis deals with the design of system for blood pressure measurement. The system consists of microphone, amplifier and real time acquisition program using LabView. For determining systolic and diastolic blood pressure origin and ending of Korotkov's sounds is used. The algorithm for this detection is based on bandpass filtering and thresholding also implemented in LabView. As a result of this work, the measured sounds are presented and whole system is described in detail. In conclusion advantages and disadvantages of method are resumed.
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