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New synagogue Jihlava
Mašková, Klára ; Gürtler,, Ivan (referee) ; Dulenčín, Juraj (advisor)
The diploma project handles the design of the synagogue and other buildings of the Jewish community in Jihlava. The project is formed as an architectural study. Apart from the synagogue, the proposed set of buildings also includes a kosher restaurant, which is characteized by a specific cooking convention, and the administration of a Jewish community with a lecture hall and a community library. The entire complex is complemented by underground parking and the necessary technical facilities. The area is located on the edge of the historical center of Jihlava and the character of the place is strongly determined by the presence of fortifications and fortification greenery. The concept is based on legible urbanism, which copies the line of fortification. Between the proposed building complex and the walls of fortification the park is preserved and valorises the urban potential of the site. The functions are divided into separate objects. A uniform architectural language of simple cubic volumes was chosen for all buildings. The principles of the construction and inner disposition of individual buildings vary according to their characteristics.
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City House Brno
Šámalová, Daniela ; Manová, Ludmila (referee) ; Menšíková, Naděžda (advisor) ; Hradil, Dušan (advisor)
City house in Brno is situated in Milada Horáková´s street, quarter of Brno-Zábrdovice. The block of buildings are delimited by the streets Milada Horáková, Příkop, Koliště, Bratislavská and by a part of the Kpt. Jaroš Blvd. All city block has plain terrain. Building site of city house is located in gap site. Before there was house with hall of Josef Juran. Object is pass-through; passage is opened to courtyard with park adaptation and benches. In borderline there is a place for municipality waste. Parking is placed to in yet working undergroud garage in courtyard. Parterre functions as store, follow-up three floors are designated for administration. In these floors facade has two teeth, which faced to more light up site. Last three floors, which has living function, copy present buildings and their roofs. South site of facade has balcons in notch shape. There are two duplex apartment. Object is founded on pilots with large diameter and white basin. Skelet bearing system is bricked with ceramic brickwork and has inside harden lift tower. City house is multifunctional; it provides high-quality living in centre of Brno and also enough job opportunity.
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The protection of the village Račice against the extravilan run off
Hyžák, Aleš ; Vrba, Jan (referee) ; Milerski, Rudolf (advisor)
This thesis deals with problematic of external area water in river basins and its negative impact on the urban areas. The work is divided into two parts. The first part is describes the possibilities of technical interventions in river basins, which can affect the hydrologic conditions in those basins. First part also describes the possibilities of transformation by particular types of draining facilities. Second part of the thesis consists of an analysis of the situation in the village Račice and proposition of hydrotechnological solution for this village.
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Upgrading of Jeseník Railway Station
Francová, Aneta ; Sobotka, Lukáš (referee) ; Svoboda, Richard (advisor)
The master thesis "Upgrading of Jeseník Railway Stations" deals with designing new platform that is suitable for people with reduced mobility in accordance with applicable laws and standards. Platform with the platform edge height of 550 millimetres above the top of rail were designed. The speed limit was increased. Moreover, the thesis design reconstruction of railway superstructure and railway substructure and deal with the drainage system.
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Upgrading of Jaroměř Railway Station
Diblík, Milan ; Sobotka, Lukáš (referee) ; Svoboda, Richard (advisor)
The aim of the thesis is an upgrading of a railway station Jaroměř to increase the speed of passing trains, improving safety and comfort of passengers during getting on and getting off and access to trains. The upgrading includes design of new structures. Platform will be upgrading at the height of 550 mm above the top of rail and will meet the requirement for wheelchair access underpass. Drainage is designed as well. Upgrading will be done with applicable laws and standards.
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The machine for cleaning roadside ditches
Číšecký, Jakub ; Škopán, Miroslav (referee) ; Kašpárek, Jaroslav (advisor)
This thesis discusses the possibilities of mechanical maintenance of ditches, particular cleaning. The research section contains basic cleaning methods and list of the most common mechanical equipment designated for that purpose. The main part is devoted to engineering design their own concept ditch cleaner including calculations of core elements.
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Upgrading of Jindřichov na Moravě and Branná Railway Stations
Kubina, Jiří ; Pokorný, Ondřej (referee) ; Svoboda, Richard (advisor)
The master thesis "Upgrading of Jindřichov na Moravě and Branná Railway Stations" deals with designing new platforms that are suitable for people with reduced mobility in accordance with applicable laws and standards. Platforms with the platform edge height of 550 millimetres above the top of rail were designed. The speed limit was increased from the original 40 km/h up to 50 km/h. Moreover, the thesis design reconstruction of railway superstructure and railway substructure and deal with the drainage system.
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Study of possibilities protection against rural zone water
Matějková, Jana ; Roubcová, Radka (referee) ; Milerski, Rudolf (advisor)
The first part of this thesis deals with the surface runoff and countermeasures. This allows us to control the hydrological conditions in the basin. Methods of protection against soil surface runoff are mentioned. A separate chapter is focused on dry retention tanks. Aim of the second part of the thesis is to design specific measures in the village of Otaslavice to prevent external area water from flooding the village. This issue has been dealt with for the whole basin . The Guidelines for very small basin runoff calculation was used to evaluate the runoff there, hydro technical solution was assessed and designed using the HEC-RAS 4.1.0 and AutoCAD 2013.
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