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Study of MATLAB PDE toolbox usability in mechanics
Kováč, Patrik ; Vosynek, Petr (referee) ; Grepl, Robert (advisor)
This thesis deals with the practical usability of the PDE Toolbox in the MATLAB. It brieflydescribes the mathematical fundamentals of solution. The thesis presents the possibilitiesof PDE Toolbox in the creation of the model, geometry, boundary conditions, mesh and displayof results. The PDE Toolbox results from selected tasks from static, modal and transientmechanics and thermomechanics are compared with the analytical solution or with the FEMsimulation from the ANSYS. The main part deals with the evaluation and generalizationof results.
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Heat exchanger design
Kováč, Patrik ; Špiláček, Michal (referee) ; Baláš, Marek (advisor)
This bachelor thesis deals with the design of a tube heat exchanger for use of the residual flue gas energy for preheating of combustion air. The thesis contains description, categorization and requirements of tube heat exchangers, stoichiometric calculations, design of geometric dimensions, thermal and hydraulic calculation. The main part of the thesis is the analysis of heat exchanger sensitivity to selected parameters and evaluation of results. The thesis contains a design drawing of the designed exchanger.
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Study of MATLAB PDE toolbox usability in mechanics
Kováč, Patrik ; Vosynek, Petr (referee) ; Grepl, Robert (advisor)
This thesis deals with the practical usability of the PDE Toolbox in the MATLAB. It brieflydescribes the mathematical fundamentals of solution. The thesis presents the possibilitiesof PDE Toolbox in the creation of the model, geometry, boundary conditions, mesh and displayof results. The PDE Toolbox results from selected tasks from static, modal and transientmechanics and thermomechanics are compared with the analytical solution or with the FEMsimulation from the ANSYS. The main part deals with the evaluation and generalizationof results.
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|
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Heat exchanger design
Kováč, Patrik ; Špiláček, Michal (referee) ; Baláš, Marek (advisor)
This bachelor thesis deals with the design of a tube heat exchanger for use of the residual flue gas energy for preheating of combustion air. The thesis contains description, categorization and requirements of tube heat exchangers, stoichiometric calculations, design of geometric dimensions, thermal and hydraulic calculation. The main part of the thesis is the analysis of heat exchanger sensitivity to selected parameters and evaluation of results. The thesis contains a design drawing of the designed exchanger.
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