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FCK Technology bro
Krcho, Alex Eduard ; Ponešová, Barbora (referee) ; Štěpán, Marek (advisor)
In this thesis, I focused on the design of a residential house with a reflection on today's way of construction and the (mis)use of technology. The mass of the building is based on the technology used in the concept and thus dictates the overall architectural expression. The concept is based on the physical thermo-accumulation properties of the material and its conservation while combining it with the concept of the chimney effect of building ventilation. The flats are designed with regard to the variability of their use and the connection with the exterior spaces. The urban design of the vacant plot is part of the design, the concept of which is the location of the buildings in relation to the main road and the existing development. The proposed concept takes into account the increase in the density of residential units in the city, while respecting factors such as the size of housing, glare, energy efficiency, car limitation and diversification of functions. A linear public park is located in the southern portion of the site, providing a transition between the new and original buildings and connecting to the existing park to the east of the parcel, providing a continuous recreational network. The aim was to create not only a pleasant living space but also a space for a vibrant community forming what is most important to the atmosphere of the place.
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Design of Chimney Effect Control
Toman, Marek ; Vejlupek, Josef (referee) ; Vlach, Radek (advisor)
This paper talks about problematics of excessive chimney draft. In the first part of the thesis the possibilities of chimney draft adjustability are summarized. Subsequently, a mathematical model, which describes the behavior of the chimney as a dynamic system, is built. Then a simple production control unit development is described. This control unit si designed to control the chimney draft. The main goal of this work is to design and manufacture electronic control based on the dsPIC microcontroller.
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Energy use of the facade
Salajka, Radek ; Rubinová, Olga (referee) ; Rubina, Aleš (advisor)
The main motive of this master's thesis is expanding awareness of ventilated facades and their use and comparison with external thermal insulation composite system (ETICS). I mention this in theoretical research. As an expansion to theory and a key theme of this thesis is a description of individual physical events present on the facade and in it's ventilated gap based on data output from measurement. The data gathering was made by a group of professionals who have done an on-point facade measurement on a real ventilated facade throughout a year - more detail in text. I personally have been a part of a research team and I describe my work and research in detail in the third part of this master's thesis - experimental part. In practical part I devote myself to use our new knowledge on a given building. More precisely - I use numerical calculations to present energy use of of given facade in comparison with ETICS on the same building with the same boundary conditions.
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Design of Chimney Effect Control
Toman, Marek ; Vejlupek, Josef (referee) ; Vlach, Radek (advisor)
This paper talks about problematics of excessive chimney draft. In the first part of the thesis the possibilities of chimney draft adjustability are summarized. Subsequently, a mathematical model, which describes the behavior of the chimney as a dynamic system, is built. Then a simple production control unit development is described. This control unit si designed to control the chimney draft. The main goal of this work is to design and manufacture electronic control based on the dsPIC microcontroller.
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