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Pump design
Šmíd, Pavel ; Šperka, Oldřich (referee) ; Klas, Roman (advisor)
The aim of this labour is to analyze the structural design of pumps used in the present time. First, we focus on the distribution of pumps by type of energy conversion, and there are hydrostatic and hydrodynamic. Will further comparison of these types, and enter the region of their optimal application under specific speed. This labour will focus only on the hydrostatic pumps when we will do an analysis of design performance of the individual pumps and we'll give the advantages and disadvantages of the specific pumps. We shouldn´t forget the basic technical parameters and individual areas of practical use these given types. At the end of the labour will be processed the basic equations and the ideal characteristics of pumps.
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Positive displacement pump design
Homola, Tomáš ; Jandourek, Pavel (referee) ; Klas, Roman (advisor)
The bachelor thesis is focused on positive displacement pump design. At the beginning of the bachelor thesis is described basic division of hydrostatic pumps, basic calculation relations and characteristic of liquids. The basic calculation relations are: actual flow, torque, efficiency and power consumption. Furthermore, in the individual pump types are described principle function, characteristics, uses, advantages and disadvantages. At the end of the thesis is mentioned current research, which conversant analysis of the force Gerotor pumps, where the cycloidal transfer made from thermoplastic (POM).
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Positive displacement pump design
Homola, Tomáš ; Jandourek, Pavel (referee) ; Klas, Roman (advisor)
The bachelor thesis is focused on positive displacement pump design. At the beginning of the bachelor thesis is described basic division of hydrostatic pumps, basic calculation relations and characteristic of liquids. The basic calculation relations are: actual flow, torque, efficiency and power consumption. Furthermore, in the individual pump types are described principle function, characteristics, uses, advantages and disadvantages. At the end of the thesis is mentioned current research, which conversant analysis of the force Gerotor pumps, where the cycloidal transfer made from thermoplastic (POM).
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Pump design
Šmíd, Pavel ; Šperka, Oldřich (referee) ; Klas, Roman (advisor)
The aim of this labour is to analyze the structural design of pumps used in the present time. First, we focus on the distribution of pumps by type of energy conversion, and there are hydrostatic and hydrodynamic. Will further comparison of these types, and enter the region of their optimal application under specific speed. This labour will focus only on the hydrostatic pumps when we will do an analysis of design performance of the individual pumps and we'll give the advantages and disadvantages of the specific pumps. We shouldn´t forget the basic technical parameters and individual areas of practical use these given types. At the end of the labour will be processed the basic equations and the ideal characteristics of pumps.
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