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Community housing in Brno-Komín
Streďanská, Lucie ; Pekár, Pavel (referee) ; Novák, Antonín (advisor)
The subject of the master's thesis is the development of a proposal for a multi-functional building as a part of a new community housing complex in Brno-Komín near Řezáčova Street. The proposed area is situated between the existing panel houses of the original housing estate and open countryside in a relatively sloping terrain. The current condition of the site is neglected. There is a large amount of air raid greenery, and the entire area is impermeable. The goal of the proposal is not only to make the area accessible across the board, but also to design a varied residential environment for new and existing residents. This primarily involves differentiating individual spaces and proposing a wider range of activities in contrast to the original 'monofunctionality' of the existing housing estate. The design of a specific house in this diploma thesis follows the urban design concept, transportation design, greenery, rainwater management, and microclimate solutions outlined in the urban study from the previous semester.
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Air conditioning of the training centre
Lefner, Tomáš ; Blasinski, Petr (referee) ; Uher, Pavel (advisor)
The Bachelor's thesis titled Air conditioning of the training centre focuses on the design of an air conditioning system intended for warm air ventilation, warm air heating, and air conditioning of a multifunctional building. The theoretical part of the thesis addresses humid air, its state variables, the basic processes of air state changes and the microclimate in buildings. The calculation part of the thesis addresses the individual steps of designing the air conditioning system, from the calculation of thermal balances to the design of air handling. The final project part prepares the project documentation for the given building.
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Ventilation of the shopping center
Šenkyřík, Adam ; Blasinski, Petr (referee) ; Rubinová, Olga (advisor)
The bachelor thesis deals with the design of air conditioning in existing shopping centre. Teoretical part describes ventilation, design of air conditioning in general and potential conception of air conditioning in shopping centres. Calculation part deals with the design of air conditioning units and related calculations. The last part consists of the project documentation.
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Air conditioning systems of residential buildings and one-family houses
Verfl, Jan ; Fišer, Jan (referee) ; Janotková, Eva (advisor)
Airconditioning now a days became important equitment in every household. It keeps optimal microclimate and thermal comfort. The first chapter describes valuatiuon of microclimate and termal condition of enviroment and also termal transport in between human body and enviroment. The second chapter desribes conditioner and its main parts, division of aircondition systems and their estimation.
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Motor Vehicle Active Safety
Křepelka, Jan ; Blaťák, Ondřej (referee) ; Hejtmánek, Petr (advisor)
The subject of this work is to prepare an overview of current elements in the field of active safety vehicle, individual developments and achievements in this field. They briefly described the design solution of active safety and also innovative ways of solving these systems and their final application in practice.
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Indoor environment of pool halls
Halla, Ondřej ; Rubina, Aleš (referee) ; Rubinová, Olga (advisor)
The diploma thesis deals with the problems of the indoor environment of swimming pool halls. Firstly, it describes issues and principles of designing HVAC system in the areas with high humidity production. Thesis then focuses on various approaches to calculations of evaporation from the water surface and different possibilities of dehumidification including different types of HVAC units. This knowledge was applied to the design of HVAC system for particular assigned building, for which are proposed two different solutions. Thesis includes experimental part, its aim is to analyse one specific critical part of the hall. Based on local surveying and long-term measurements a few possibilities of improvement are suggested.
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Air-condioning of lecture hall
Kaštánek, Martin ; Horák, Petr (referee) ; Rubinová, Olga (advisor)
The objective of this thesis is the design of the air-conditioning system for university pavilion. The lecture halls and foyer with attached staff section of Faculty of Business and Economics of Mendel University were dealt within the design of this building.
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Comfort Air Conditioning Systems and Application
Trávníček, Tomáš ; Košner, Jan (referee) ; Janotková, Eva (advisor)
This bachelor work deal with analysis factors determining state of inside environment of buildings, where human resides. In next step is mentioned research fission, comparison and using single comfort air conditioning systems. Some air conditioning make possible usage backward obtaining heat. In work are mentioned possibilities usage heat pumps.
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Ventilation of low-energy houses
Kubisz, Pavel ; Fišer, Jan (referee) ; Charvát, Pavel (advisor)
Dissertation deals with division and description progressive trends of ventilation of low-energy houses. Forasmuch as ventilation is participant in total heat consumption, It is here practical example how total heat consumption depend on ventilation heat consumption and heat consumption by construction. At the close is showed when is good, or bad, to use ventilation with recuperation.
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Thermal comfort of passengers at public transport stops
Junga, Petr ; Počinková, Marcela (referee) ; Rubinová, Olga (advisor)
This diploma thesis focuses on the evaluation of the thermal comfort of passengers at public transport stops, in the shelters of public transport, which are an integral part of urban technical equipment. This topic is gaining in importance especially with regard to climate change and related with increasing frequency of extreme weather events. First part of the diploma thesis is the theoretical part, dealing with public transport shelters from various theoretical points of view. The practical part of the diploma theses deals with experimental measurements of selected physical quantities in the interior and exterior of eleven public transport shelters in the city of Brno, during the six months of 2020 (cold and warm periods). The facts found by experimental measurements for individual shelters are compared and evaluated, with the final selection of the optimal model of the technical solution of the shelter.
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