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Zlín FCK Technology
Morávek, Jakub ; Kudla, David (referee) ; Štěpán, Marek (advisor)
The diploma thesis deals with the design of a residential building in the area of Malenovice near Zlín, where a new residential complex is to be built on the land of the current Malenovice sawmill, situated in close proximity to a four-lane road. The concept of this proposal is based on a detailed examination of human cycles and their impact on people in everyday life in relation to architecture. From the life cycle through the annual cycle and especially the daily cycle, professionally referred to as the circadian rhythm. The building, with its idea concept, orientation to the cardinal points, zoning of the apartment and also the shape solution, responds to the needs of man in terms of light comfort and at the same time addresses the greatest efficiency of the technologies used precisely in relation to light comfort, the form solution also creates conditions at the terrace level for the meeting of a wide range of inhabitants of the house - creating diversity. It reduces the need to illuminate the space during the day with artificial lighting, and after dark it addresses artificial lighting with respect to human health, thus also reducing energy consumption.
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Role of local factors in formation and development of radiation fog
Potužníková, Kateřina
At the Institute of Atmospheric Physics in Prague, the 1-D atmospheric boundary layer (ABL) model has been designed to study the development of ABL structure. The model parameterisations include the atmospheric radiative transfer, the condensation process and the soil-vegetation-atmospheretransfer so that the model is able to predict the occurrence and evolution of radiation fog. The fog formation, development and dissipation are strongly influenced by local factors, such as soil and vegetation characteristics (albedo, moisture, heat conductivity, and especially vegetation height and coverage). Model simulations of the impact of different vegetation covering, soil moisture, occurrence of middle clouds and wind velocity on the ABL state and on the life cycle of radiation fog is presented.
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