|
|
Revitalization of small water reservoir in cadastral Nežichov
Čapek, František ; Havlíček, Vojtěch (advisor) ; Roub, Radek (referee)
This work deals with the revitalization of small water reservoir in cadastral area Nežichov. The form of project is on the level for territorial permit. As main underlay was used hydrologic data from ČHMŮ, cadastral data from ČÚZK and AutoCAD software in sense of outputs of project. In this work is also theoretic part talks about basic issues and principles of revitalization in terms of small water reservoirs.
|
|
|
Design of small water reservoir in cadastral area Volenice
Harnisch, Karel ; Havlíček, Vojtěch (advisor) ; Jan, Jan (referee)
The theme of this diploma theses is project of the small water reservoir on Mačický brook in cadastral Volenice. Water reservoir is designed mainly for the accumulation function, Water reservoir can improve water flow in the catchment area behind reservoir.
In the first part of this thesis is the literature searches which process the topic of the climate changes. Designed reservoir can work as a measure for mitigation one of the consequences of climate change drought. Further this section dealt with possibilities of design of all required elements for project of water reservoir.
The second part is focused on the very characteristics of the selected area which are used as base for the design.
The third part dealt with the design of the required individual objects for proper operation of the reservoir and their verification by using hydrotechnical calculations and flood wave transformation. Also is specified the design of the integration of the reservoir into the countryside by using riparian vegetation.
|
|
|
Determination of floodplains and hydrotechnical assessment of Mastník water flow based on the DMR 5G data
Čápová, Pavlína ; Roub, Radek (advisor) ; Havlíček, Vojtěch (referee)
This work engages in the watercourse called Mastník. It focuses on the determination of flooded areas for couple of series (Q5, Q10, Q50, Q100) and hydro-technical assessment of particular objects. The chosen section is situated on cadastral area of town Sedlčany in the Central Bohemia region. Its length is 1.973 kms and there is located 5 water management objects reaching to the flow profile of the watercourse.
The data for this dissertation has been gained by the Czech State Administration of Land Surveying and Cadaster. It is about the digital relief of the 5th generation of aerial laser scanning. The laser rays are not capable of penetration the water surface, and thus describe the shape of the water-sources bed. So the tool called CroSolver was used to dig the water-sources bed. Then the hydrodynamic model has been created in program called HEC-RAS.
From the results of hydrodynamic model then was evaluated the real water-technical state of the object.
The outgoing data (dots defining the flood range to the surroundings) was after then inserted to the program ArcMap. Here the flood lines and from them the flood zones were created based on the particular series of the flows.
|
|
|
Project of small water reservoir in the cadastral area of Milín.
Křivánek, Milan ; Havlíček, Vojtěch (advisor) ; Václav, Václav (referee)
This thesis deals with the design of a small water reservoir in the cadastral territory of local town Milin. The proposed reservoir will be multifunctional and its main purpose will be landscaping features. In addition, the reservoir will support biodiversity and will increase water supplies in the given area.
The reservoir is designed as a flow through and is inserted into the stream of the nameless brook. This brook is right tributary of the pond Kotalík. Basic parameters of the reservoir and other functional objects are designed, where all these have been verified by hydro-technical calculations. The project includes covering report, technical report and drawings.
|
|
|
Four wheeled mobile robot PLC control
Havlíček, Vojtěch ; Věchet, Stanislav (referee) ; Marada, Tomáš (advisor)
The aim of this diploma thesis is to implement the PLC control on existing four wheeled mobile robot from the laboratory A1/731a. For this solution has to be designed and made electronic equipment which will be gathering and processing the data from sensors. This data will be sent to the PLC which will be controlling the robot according to this data. The final solution will be practically demonstrated.
|
|
| |
|
| |
|
| |
|
| |
|
| |
guest ::
RSS feed.