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An application of Python language to some problems of the mechanics
Horák, Filip ; Lošák, Petr (referee) ; Profant, Tomáš (advisor)
Programming language Python is currently a very powerful and widely used programming tool. Its availability, simplicity and versatility makes it a popular choice among both beginners and experienced programmers. Although Python is not primarily designed for calculations, it is easy to program a calculator software when proper libraries are used. The aim of this bachelor thesis is to get to know the Python programming language, to apply it to chosen tasks of mechanics and to present the results using the Jupyter web application.
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Engineering Optimization
Kokrda, Lukáš ; Hrabec, Dušan (referee) ; Popela, Pavel (advisor)
The bachelor thesis deals with convex optimization and in particular, it processes a design of the optimal support of a loaded beam. For better understanding of the terms used, the bachelor thesis contains the brief introduction to the convex optimization problems, explanation of the basic therms of ordinary dierential equations and theory of elasticity. When the original model is built, then the results are obtained by computations in the MATLAB software.
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Napjatostně deformační analýza mostu v Třineckých železárnách
Ščerba, Bořek ; Skalka, Petr (referee) ; Fuis, Vladimír (advisor)
The bachelor thesis analyses stress and deformation of the truss construction. The first point of the thesis is a research, which includes obtaining information about the construction, for exemple dimensions, loads, purpose, history etc. Then, calculation models are created considering a different level of simplification. Two analytical models are crutial for the thesis – one statically determinate and the other statically indeterminate. They are used for analysing two different loads applied to the construction using methods of solid mechanics – it’s own weight and its own weight in combination with a weight of a vehicle that is driving through. Afterwards, the statically inderteminate model is verified using finite element method (FEM).
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Calculation of workpiece deflection when machining
Grebeň, Petr ; Zouhar, Jan (referee) ; Píška, Miroslav (advisor)
Selected chapters of the science branch "Elasticity and strength" applied to manufacturing of thin parts with various solution approaches. Applying theory of bars and a non-linear differential equation for the deflection line of the second order to a machined shaft. Numerical calculation in the ANSYS program. Evaluation and design of solution variants to machine thin shaft parts without supporting them.
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Napjatostně deformační analýza mostu v Třineckých železárnách
Ščerba, Bořek ; Skalka, Petr (referee) ; Fuis, Vladimír (advisor)
The bachelor thesis analyses stress and deformation of the truss construction. The first point of the thesis is a research, which includes obtaining information about the construction, for exemple dimensions, loads, purpose, history etc. Then, calculation models are created considering a different level of simplification. Two analytical models are crutial for the thesis – one statically determinate and the other statically indeterminate. They are used for analysing two different loads applied to the construction using methods of solid mechanics – it’s own weight and its own weight in combination with a weight of a vehicle that is driving through. Afterwards, the statically inderteminate model is verified using finite element method (FEM).
|
|
|
An application of Python language to some problems of the mechanics
Horák, Filip ; Lošák, Petr (referee) ; Profant, Tomáš (advisor)
Programming language Python is currently a very powerful and widely used programming tool. Its availability, simplicity and versatility makes it a popular choice among both beginners and experienced programmers. Although Python is not primarily designed for calculations, it is easy to program a calculator software when proper libraries are used. The aim of this bachelor thesis is to get to know the Python programming language, to apply it to chosen tasks of mechanics and to present the results using the Jupyter web application.
|
|
|
Calculation of workpiece deflection when machining
Grebeň, Petr ; Zouhar, Jan (referee) ; Píška, Miroslav (advisor)
Selected chapters of the science branch "Elasticity and strength" applied to manufacturing of thin parts with various solution approaches. Applying theory of bars and a non-linear differential equation for the deflection line of the second order to a machined shaft. Numerical calculation in the ANSYS program. Evaluation and design of solution variants to machine thin shaft parts without supporting them.
|
|
|
Engineering Optimization
Kokrda, Lukáš ; Hrabec, Dušan (referee) ; Popela, Pavel (advisor)
The bachelor thesis deals with convex optimization and in particular, it processes a design of the optimal support of a loaded beam. For better understanding of the terms used, the bachelor thesis contains the brief introduction to the convex optimization problems, explanation of the basic therms of ordinary dierential equations and theory of elasticity. When the original model is built, then the results are obtained by computations in the MATLAB software.
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