National Repository of Grey Literature 4 records found  Search took 0.01 seconds. 
TOWNHOUSE ON THE WATERFRONT IN PŘEROV
Enev, Martin ; Hrabec, Josef (referee) ; Mléčka, Jan (advisor)
Townhouse in Prerov inspired Becvou River, its immediate surroundings, marshes spread the territory of today's Malá dlážka. Building based on the principle dwelling animals seeking refuge among the blades of the reed. Sluicing and washing away of river.
Splaveninová study of a selected flow
Zouhar, Radim ; Maleňák,, Jaroslav (referee) ; Veselý, Jaroslav (advisor)
The bachelor thesis focuses on determination of sediments amount in Svitava river and Křtinský potok, which flows into Svitava river in Adamov. Elements are sedimented at the riverbed bottom if the resulting force caused by the water stream on particles is smaller than the gravitational force. Elements can get into the stream both by washing from surrounding terrain and by material erosion of the riverbed which happens more frequently. Therefore another part of this thesis is suggesting of suitable stabilization measures and flood protection of selected objects. The capacity of riverbeds becomes smaller due to their sedimentation. Particle-size characteristics of sediment runoffs have been prepared and thus the amount of sediment runoffs has been calculated and critically evaluated.
TOWNHOUSE ON THE WATERFRONT IN PŘEROV
Enev, Martin ; Hrabec, Josef (referee) ; Mléčka, Jan (advisor)
Townhouse in Prerov inspired Becvou River, its immediate surroundings, marshes spread the territory of today's Malá dlážka. Building based on the principle dwelling animals seeking refuge among the blades of the reed. Sluicing and washing away of river.
Splaveninová study of a selected flow
Zouhar, Radim ; Maleňák,, Jaroslav (referee) ; Veselý, Jaroslav (advisor)
The bachelor thesis focuses on determination of sediments amount in Svitava river and Křtinský potok, which flows into Svitava river in Adamov. Elements are sedimented at the riverbed bottom if the resulting force caused by the water stream on particles is smaller than the gravitational force. Elements can get into the stream both by washing from surrounding terrain and by material erosion of the riverbed which happens more frequently. Therefore another part of this thesis is suggesting of suitable stabilization measures and flood protection of selected objects. The capacity of riverbeds becomes smaller due to their sedimentation. Particle-size characteristics of sediment runoffs have been prepared and thus the amount of sediment runoffs has been calculated and critically evaluated.

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