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Debris flows as a result of environmental changes in midmountains of the Cenral Europe, case study in the Hrubý Jeseník Mts.
Raschová, Tereza ; Křížek, Marek (advisor) ; Hartvich, Filip (referee)
This work determines on the basis of literature according to its objectives the definition of the debris flows, an overview of their types and description of the genesis and morphology. Debris flows are mass movements with high rate of speed, caused by atmospheric conditions (intense precipitation, melting snow) or geomorphological events (sudden burst of water pockets, burst of moraine or ice dammed lakes) in mountainous areas that move down the valley along torrential chanels or along slopes and pull down everything in their path. We distinguish between structural and turbulent debris flows. In case of structural ones the water is creating an envelope of the debris. Their genesis is conditioned by supersaturation of weathered soil with water and the movement is created by gravity. The turbulent debris flow are formed by water which is not able to be absorbed and the water pulls down the debris on slopes and in the channels. Material is transported in suspension. I compared some debris flows from different mountains and it is quite complex to define specific values of parameters that cause debris flows. Structural debris flow in this study originated on rocks with a high content of micas or on sandstones. Turbulent debris flows originated on granitoids. Precipitation should have higher intensity...
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Optimization of logistic processes in specific organizations
Miksová, Michaela ; Říhová, Zora (advisor) ; Malinová, Ludmila (referee)
The thesis is concerned with logistic processes optimization in automotive industry companies that assemble car components. In the theoretical part of the thesis, areas and a structure of industrial logistics are defined and frequently used terms are explained. Then, theoretical approaches and practical applications used in the practical part are described. In the practical part, two particular companies are presented. The aim of the thesis is to optimize a tool that is used in the first organization during the process of logistic preparation of manufacturing. Secondly, the aim of the thesis is to analyse the process of material picking and handling before the supply of assembly line that is performed in the second organization and to suggest a solution that would eliminate non-value added activities. In the end, benefits of the thesis for both the organizations and the author are summarized.
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Debris flows as a result of environmental changes in midmountains of the Cenral Europe, case study in the Hrubý Jeseník Mts.
Raschová, Tereza ; Křížek, Marek (advisor) ; Hartvich, Filip (referee)
This work determines on the basis of literature according to its objectives the definition of the debris flows, an overview of their types and description of the genesis and morphology. Debris flows are mass movements with high rate of speed, caused by atmospheric conditions (intense precipitation, melting snow) or geomorphological events (sudden burst of water pockets, burst of moraine or ice dammed lakes) in mountainous areas that move down the valley along torrential chanels or along slopes and pull down everything in their path. We distinguish between structural and turbulent debris flows. In case of structural ones the water is creating an envelope of the debris. Their genesis is conditioned by supersaturation of weathered soil with water and the movement is created by gravity. The turbulent debris flow are formed by water which is not able to be absorbed and the water pulls down the debris on slopes and in the channels. Material is transported in suspension. I compared some debris flows from different mountains and it is quite complex to define specific values of parameters that cause debris flows. Structural debris flow in this study originated on rocks with a high content of micas or on sandstones. Turbulent debris flows originated on granitoids. Precipitation should have higher intensity...
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