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Thermodynamics of 1D ideal gas flow in Matlab
Fúdor, Vlastimil ; Klimeš, Lubomír (referee) ; Štětina, Josef (advisor)
The aim of this bachelor's thesis is created toolbox which solve one-dimensional flow of ideal gas. This thesis is divided to three parts. In first part is explained physical foundations for understanding flow of ideal gas. Second part is focused on description functions of toolbox. This part can be considered like a help. In the third part are solved examples by created toolbox. Important part is zip file, which contains function of toolbox.
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Computational tool for fluid flow of gases through nozzles
Kozáková, Kamila ; Zálešák, Martin (referee) ; Klimeš, Lubomír (advisor)
This bachelor's thesis deals with thermodynamic relations of one-dimensional, adiabatic and steady flow through the duct. Thermodynamic terms, equations and principles, required for understanding the problems of fluid flow, are summed at the beginning. The greatest attention is paid to step-by-step solution of each case, which can occur. These analyses were implemented in a software for solving thermodynamic problems. Scripts and the graphical user interface were created in a programming language Python using its libraries. Last part of this work is focused on evaluating and testing problems of fluid flow through the ducts.
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Computational tool for fluid flow of gases through nozzles
Kozáková, Kamila ; Zálešák, Martin (referee) ; Klimeš, Lubomír (advisor)
This bachelor's thesis deals with thermodynamic relations of one-dimensional, adiabatic and steady flow through the duct. Thermodynamic terms, equations and principles, required for understanding the problems of fluid flow, are summed at the beginning. The greatest attention is paid to step-by-step solution of each case, which can occur. These analyses were implemented in a software for solving thermodynamic problems. Scripts and the graphical user interface were created in a programming language Python using its libraries. Last part of this work is focused on evaluating and testing problems of fluid flow through the ducts.
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Thermodynamics of 1D ideal gas flow in Matlab
Fúdor, Vlastimil ; Klimeš, Lubomír (referee) ; Štětina, Josef (advisor)
The aim of this bachelor's thesis is created toolbox which solve one-dimensional flow of ideal gas. This thesis is divided to three parts. In first part is explained physical foundations for understanding flow of ideal gas. Second part is focused on description functions of toolbox. This part can be considered like a help. In the third part are solved examples by created toolbox. Important part is zip file, which contains function of toolbox.
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