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Static analysis of the cylindrical tank
Frimlová, Eva ; Martinásek, Josef (referee) ; Vlk, Zbyněk (advisor)
This bachelor thesis describes structural analysis of cylindrical tank. The goal of this thesis is creating a computational algorithm in a software called MATLAB, using which the structural analysis on idealized models of cylindrical tank is solved. These models are the rod model and the model with plane elements. This bachelor thesis is divided in several parts. Firstly, there is defined the structure, material and load of cylyndrical tank. Second part is about rod model, stiffness method and the calculation using this method. Next part is about model with plane elements, finite element method and its calculation. In the last part, there are results from each part and their comparison.
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Static Analysis of chosen Structure
Jankovičová, Soňa ; Vlk, Zbyněk (referee) ; Martinásek, Josef (advisor)
The bachelor thesis focuses on static analysis of the steel footbridge, inspired by real footbridge over the Morava river. Bridge was designed as a solid ribbed arch, so it consists of a pair truss beams, reinforced by two steel arches with suspenders. A similar model is created the SCIA Engineer program. The total length of the footbridge is 137,5 m in projection and the highest point of bridge is 9,13 m. This bachelor thesis is processed according to valid standards. The structural load is calculated manually. Furthermore, some known methods are used to calculate statically indeterminate structures to find internal forces. For these calculations, is used a simplified bar model standing on four point supports. Afterwards, the results are compared.
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Static Analysis of chosen Structure
Jankovičová, Soňa ; Vlk, Zbyněk (referee) ; Martinásek, Josef (advisor)
The bachelor thesis focuses on static analysis of the steel footbridge, inspired by real footbridge over the Morava river. Bridge was designed as a solid ribbed arch, so it consists of a pair truss beams, reinforced by two steel arches with suspenders. A similar model is created the SCIA Engineer program. The total length of the footbridge is 137,5 m in projection and the highest point of bridge is 9,13 m. This bachelor thesis is processed according to valid standards. The structural load is calculated manually. Furthermore, some known methods are used to calculate statically indeterminate structures to find internal forces. For these calculations, is used a simplified bar model standing on four point supports. Afterwards, the results are compared.
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Static analysis of the cylindrical tank
Frimlová, Eva ; Martinásek, Josef (referee) ; Vlk, Zbyněk (advisor)
This bachelor thesis describes structural analysis of cylindrical tank. The goal of this thesis is creating a computational algorithm in a software called MATLAB, using which the structural analysis on idealized models of cylindrical tank is solved. These models are the rod model and the model with plane elements. This bachelor thesis is divided in several parts. Firstly, there is defined the structure, material and load of cylyndrical tank. Second part is about rod model, stiffness method and the calculation using this method. Next part is about model with plane elements, finite element method and its calculation. In the last part, there are results from each part and their comparison.
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