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Annahof
Buganská, Petra ; Kuchta, Marek (referee) ; Foretník, Jan (advisor)
Anenský Court has more historical layers. When looking at the half-collapsed brick arch and remnants of walls, we can feel the nostalgia. Concrete silos remind time not so long ago. Today, all overgrown with bushes. What man left, takes nature. Nothing remains constant. As a former farm yard, which currently lacks a feature? The lives of the former inhabitants of Justice are long odžity a nostalgic return to the past times do not provide a basis. Presence is rapidly becoming a thing of the past and nothing remains constant. Ruins ANNAHOF slowly disintegrate, disappear one historic layer. The new layer but has already begun to create. Future is quickly becoming the present and nothing remains constant. Constant change is a fundamental characteristic ANNAHOF, as well as any other place in the world. It gives us the challenge to innovation, as opposed to nostalgia. Adaptation to changing environmental conditions is a prerequisite for survival. In the past, human survival depended entirely on natural conditions - people turned to God to ask for a good harvest. Today, we can predict the weather and the soil fertility is largely influenced. Our survival still depends on the same natural conditions. Instead we wayside chapels and build weather stations and invest in research. In ANNAHOF it decided to propose a station for research into climate change with a visitor's center, which could be felt through microclimates global warming "on your own". The whole house is basically built around four outdoor microclimates., In which it can be accessed. The shape of the building and its position in the field is therefore directly result in the formation of microclimates. The structural system is a wall, even using concrete material. I chose it for its possibilities of shaping and visual quality. Quantity retaining walls, landscaping required for the creation of microclimates is used as efficiently as possible at the same time as the walls of the building. Of the existing structures is to use one concrete silo, and a support pole for measuring towers. Lattice structure of the mast is secured with ropes anchored to the concrete silo. On measuring tower are located automatic measuring devices. The main area of my proposal is a gallery exhibition space. There should be a visitor center acquainted with the problems of climate change and from this space ramps can reach all four outdoor microclimates. The gallery is lit by a skylight above the one hand and also tracked through the window, which runs almost around the perimeter, and that desert light through the supporting structure of steel truss grid in the interior. Operationally in the building blends function research / workplace for scientists and their background and / public / gallery microclimates and facilities for visitors. Both functions can then serve multipurpose hall. The proposal also includes necessary facilities for maintenance of outdoor spaces and buildings, as well as an apartment manager. Překladač Google pro firmy:Translator ToolkitPřekladač webových stránekNástroj pro hledán
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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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HVAC for civil buildings
Mynář, Marek ; Rubinová,, Olga (referee) ; Horák, Petr (advisor)
Thesis solves problems of creating a microclimate in civil buildings, with a focus on library. The objective is to rate condition of microclimate and design of an appropriate HVAC system. The output of this work is theoretical, project and experimental part.
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Ventilation in sports facility
Frühauf, Patrik ; Šikula, Ondřej (referee) ; Rubinová, Olga (advisor)
The bachelor thesis deals with ventilation in sports facility. The objective of this work is to design two or three air-conditioning units in the part of assigned building. The bachelor thesis is divided into three main parts: theoretical part, calculation part and project.The theme for theoretical part is air distribution. Attention is especially devoted to airflow in a room, piping system and distribution elements. The calculation part is practically focused on designing of air-condition units. The last part of bachelor thesis is formed as documentation for sports facility.
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Solar Gains in Buildings
Tenora, Tomáš ; Uher, Pavel (referee) ; Rubinová, Olga (advisor)
Master’s thesis deals with solar gains in buildings. The thesis presents an overview of the theoretical knowledge to solve solar gain. The thesis deals possibilities of measuring the intensity of solar radiation and evaluation of data from the meteorological station in the experimental part. Application of topic is then used for polyfunctional building. This part aims to show possibilities of design of air conditioning systems for the purpose of making indoor microclimate and their subsequent evaluation.
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Air-conditioning for company seat
Halla, Ondřej ; Rubina, Aleš (referee) ; Rubinová, Olga (advisor)
This bachelor thesis deals with the design of HVAC system for the company seat. Thesis only solves the first floor of two-storey building, which contains administration and storage part. The outcome of the work should be appropriate draft of the system ensuring required indoor climate. Theory part is focused on water system of air-conditioning.
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Ventilation of the wellness sports center
Valcha, Tomáš ; Uher, Pavel (referee) ; Blasinski, Petr (advisor)
This bachelor thesis deals with design of the ventilation in the wellness center. The main objective of this paper is to design three air-conditioning devices to meet all requirements specified in thesis assigment for the indoor microclimate in the subject object. The content is divided into three parts, namely: theory, where the project, measurement techniques and theory, and governing regulations are discussed followed by computations, with the focus on the design of the aforementioned ventilation devices and finally the documentation, containing all the documentation for the ventilation of the wellness center.
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Airconditin of guesthouse
Miesler, Zdeněk ; Rubinová, Olga (referee) ; Uher, Pavel (advisor)
My bachelor thesis follows up to design two air-conditiong units for a pension. The fist unit is used to supply and remove of air with cooling, the second unit is used to the accommodation part of the pension on the second floor. In the project, there is the calculation of the heat balances of all solved rooms, air flows, the design of the indivi-dual distribution elements, the design of pipes, the design of units with the reduction of the noise to the required values.
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Field sensor network for microclimatological measurements
Juráň, Radovan ; Frýza, Tomáš (referee) ; Povalač, Aleš (advisor)
Tato práce je zaměřena na návrh terénní bezdrátové senzorové sítě pro mikroklimatologická měření, zejména výronů juvenilního oxidu uhličitho v oblasti hydrotermílního krasu, založené na LoRaWAN. V teoretické části práce je předložen přehled cílové oblasti, možností řešení měření, získávání a přenosu dat. Praktická část se pak věnuje kompletnímu návrhu celého systému, to znamená od měřicího zařízení přes koncentrátor a gateway až po backend odesílání dat do cloudového úložiště. Výsledky tohoto komplexního problému jsou prezentovány průběžně a přílohy obsahují detailnější a názornější ukázky.
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