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Design of air conditioning in the swimmingpool hall
Mahovská, Adriana ; Rubinová, Olga (referee) ; Blasinski, Petr (advisor)
The diploma thesis is focused on the issue of ventilation of swimming halls. In the theoretical part, I assess the general issue of air quality in the indoor environment and in swimming halls, ventilation methods and elements for air conditioning in air handling units. In the project part, a complete design of air conditioning for the swimming pool buildings. For ventilation of the pool are created 2 alternative variants of dehumidification of the pool hall and their economic comparison. The experimental part is devoted to the evaporation of water from the water area when moving through water attractions.
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REDUCING THE VALUE OF CONSTRUCTION NOISE BY MODELING THE PRODUCTION AREA OF CONSTRUCTION SITE AND BY ADJUSTING THE TECHNOLOGICAL PROCEDURES DURING CONSTRUCTION
Kantová, Radka ; Makýš,, Peter (referee) ; Mohelníková, Jitka (referee) ; Henková, Svatava (advisor)
This doctoral thesis focuses on noise generated during construction. It defines the legislative and physical aspects of this topic. It determines heavy machinery as noise source and categorizes them by their usage in construction technologies. It collects source data of the machinery noises which can be further used in prognostic models. It analyses the level of construction noise which can impact the nearby residential areas and offers methodology for modelling and designing the possible arrangements for the noise reduction. It defines partial effects of the construction site which are significant for the noise spreading. It establishes their role in the value of acoustic pressure level of the noise affecting the façade of the considered building. With the data collection and with case study verification it offers a prepared work tool which can be easily used to predict noise levels on construction sites and can be applied in the early constructions preparations. The structure of this thesis is planned for possible usage as university textbook or study support.
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Indoor environment in residential buildings
Hudcová, Nikola ; Formánek, Marian (referee) ; Počinková, Marcela (advisor)
The master‘s thesis deals with the design of heating and hot water preparation for the panel house G57 in Brno. The thesis consists of three parts, namely theoretical, computational and experimental. The theoretical part deals with the indoor environment of buildings. The calculation part deals with the complete design of the building's heating. Two variants of the design of the heat source are made, the first variant is a central heat supply and the second is a cascade of three heat pumps. Hot water preparation, fittings, circulation pumps, security devices and other equipment are designed for both heat source variants. The experimental part contains the measurement of selected parameters of the indoor environment in 3 different objects for housing. The task of the measurement was to find out whether the criteria of the indoor environment of the objects for living are met.
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Ionic microclimate of buildings in the architectural design
Holopírková, Lucie ; Urbášková, Hana (referee) ; Eyer, David (referee) ; Meixner, Miloslav (advisor)
One of the main priorities of our society is to constantly increase the quality of life. Part of the new trends and technology is to optimize all factors affecting each individual in buildings at home, and in the work environment. Modern technology increasingly find inspiration in traditional materials and principles of architectural design. We can greatly affect the microclimate of buildings by suitable selection of material surfaces, ventilation systems and selection of structures that can affect the natural electromagnetic field of the Earth during the architectural design of buildings. And particular choice of the place where the building is located. In this thesis I focus on Ionic microclimate, which may be an indicator of a healthy environment and has a major impact on humans health and psychological well-being. I would like to contribute to the healthy and harmonious living and designing buildings in consideraion of sustainable development by my thesis.
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Analysis of the Internal Environment and Dynamics of Heat Flows in a Prefabricated Baťa Semi-Detached House in Zlín
Baroň, Alexandr
The article deals with the research of the family house built in 1946 by the Baťa plant. This semi-detached house is examined in terms of the dynamics of heat flows and the internal environment. The workflow was to create a virtual model of a house and validate it via values obtained from measuring. Danish software BSim was chosen for modeling and simulating the behavior of the examined object. The paper is based on activities from the term paper created in the first semester of doctoral studies and focuses on energy analysis, alternative solutions to energy savings, and the quality of the indoor microclimate. The conclusion presents a commentary of the solved adjustments with the evaluation from the economic point of view.
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Design of air conditioning in the swimmingpool hall
Mahovská, Adriana ; Rubinová, Olga (referee) ; Blasinski, Petr (advisor)
The diploma thesis is focused on the issue of ventilation of swimming halls. In the theoretical part, I assess the general issue of air quality in the indoor environment and in swimming halls, ventilation methods and elements for air conditioning in air handling units. In the project part, a complete design of air conditioning for the swimming pool buildings. For ventilation of the pool are created 2 alternative variants of dehumidification of the pool hall and their economic comparison. The experimental part is devoted to the evaporation of water from the water area when moving through water attractions.
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Rodinný dům systému NOVATOP
Oslizlo, Radek
OSLIZLO, Radek. Family House of the NOVATOP system. Bachelor thesis. Brno: Mendel University in Brno, 2018. The design of a wooden family house in the NOVATOP system is solved, the documentation for building permits, assessment of perimeter structures, drafting of structural details and compositions is elaborated. The object is also designed in accordance with applicable regulations and standards. The design of the house emphasizes the interior environment, the space, the look of the building, the lighting and the appropriate thermal insulation properties. Tracks and technical solutions are trying to combine the benefits of different building systems and eliminate the disadvantages of wood buildings.
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Ionic microclimate of buildings in the architectural design
Holopírková, Lucie ; Urbášková, Hana (referee) ; Eyer, David (referee) ; Meixner, Miloslav (advisor)
One of the main priorities of our society is to constantly increase the quality of life. Part of the new trends and technology is to optimize all factors affecting each individual in buildings at home, and in the work environment. Modern technology increasingly find inspiration in traditional materials and principles of architectural design. We can greatly affect the microclimate of buildings by suitable selection of material surfaces, ventilation systems and selection of structures that can affect the natural electromagnetic field of the Earth during the architectural design of buildings. And particular choice of the place where the building is located. In this thesis I focus on Ionic microclimate, which may be an indicator of a healthy environment and has a major impact on humans health and psychological well-being. I would like to contribute to the healthy and harmonious living and designing buildings in consideraion of sustainable development by my thesis.
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REDUCING THE VALUE OF CONSTRUCTION NOISE BY MODELING THE PRODUCTION AREA OF CONSTRUCTION SITE AND BY ADJUSTING THE TECHNOLOGICAL PROCEDURES DURING CONSTRUCTION
Kantová, Radka ; Makýš,, Peter (referee) ; Mohelníková, Jitka (referee) ; Henková, Svatava (advisor)
This doctoral thesis focuses on noise generated during construction. It defines the legislative and physical aspects of this topic. It determines heavy machinery as noise source and categorizes them by their usage in construction technologies. It collects source data of the machinery noises which can be further used in prognostic models. It analyses the level of construction noise which can impact the nearby residential areas and offers methodology for modelling and designing the possible arrangements for the noise reduction. It defines partial effects of the construction site which are significant for the noise spreading. It establishes their role in the value of acoustic pressure level of the noise affecting the façade of the considered building. With the data collection and with case study verification it offers a prepared work tool which can be easily used to predict noise levels on construction sites and can be applied in the early constructions preparations. The structure of this thesis is planned for possible usage as university textbook or study support.
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Mikroklima interiéru budov
Holopírková, Lucie
One of the main priorities of our society is to constantly increase the quality of life. Part of new trends and technology is the optimizing of all factors affecting every individual in buildings functioning as homes, and working environments. During the creation of the architectural design for a building, we can greatly influence the microclimate of the building by suitably selecting material surfaces, using different ventilation systems and selecting structures that can affect the Earth’s natural electromagnetic field. Ionic microclimate may be an indicator of a healthy environment and has a major impact on human health and psychological well-being.
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