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The pump for the transport of fluids from great depths
Dobrovolný, Martin ; Haluza, Miloslav (referee) ; Pochylý, František (advisor)
In this Bachelor's thesis are included the basic information about dividing pumps. The division of the pumps is carried out according to standard ČSN 11 0000 and according to the specific speed of the pumps. There is a description of conventional designs of vertical hydrodynamic pumps and their use. The advantages and disadvantages of pumps used in boreholes are evaluated. The last chapter describes the construction of new hybrid pumping system. Also its advantages over existing pumps are described as well as its potential future use.
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High Speed Turbine with Non-Uniform Cascade
Stareček, Jakub ; Drábková, Sylva (referee) ; Veselý, Jindřich (referee) ; Haluza, Miloslav (advisor)
This doctoral thesis is focused on hydraulic design of axial turbine by CFD and FEM analyses. The results are runners with nonuniform cascades. Nonuniform runners consist of blades with different axial positions, blades with different pitch angles in runner or indifferent blades. Each runner is designed with respect to 3D printing by FDM or SLS technology and hydraulic measuring. The analyses of the excitation frequencies, modal analysis, shape of the turbine operating range, maximal efficiency, output parameters and cavitation properties are emphasized.
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The swirl turbine design for small water power Hovězí.
Oliva, Štěpán ; Neumayer, Oldřich (referee) ; Haluza, Miloslav (advisor)
The aim of this work was to develop a proposal regarding hydro-energy potential of small flows of water through the city „Hovězí near Vsetín“. The available water energy was used for running a Swirl Turbine featuring a siphon arrangement. This new concept makes use of a modified Kaplan Turbine, operating at small water heads. It operates also at higher revolutions and has higher discharge.
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The Operating Point of the Centrifugal Pump.
Maléř, Pavel ; Haluza, Miloslav (referee) ; Štigler, Jaroslav (advisor)
The diploma thesis has a target to create a computer program that will serve as help for an evaluation of the system of pumps (The Operating Point of the Centrifugal Pump). The computer program is intended above all designers, but it will find its using in the sphere of education. The main computer program has two partial programs: System characteristic and Performance characteristic. The main point of this diploma thesis is create partial computer program: system characteristic. Other target is creating the main program and finding The Operating Point of the Centrifugal Pump. Other parameters are power efficiency, flow, specific energy for pump or pumps. These parameters are important for correct and economical proposal.
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Mathematical model of circuit in laboratory VUT FSI OFI.
Klapal, Tomáš ; Haluza, Miloslav (referee) ; Habán, Vladimír (advisor)
This diploma thesis deals with project and experimental verification of mathematical model of experimental circuit for measuring turbine in laboratory of Kaplan Department of Fluids Engineering FME BUT in Brno. Pressure and flow characteristics were modeled based on data measured on general-purpose experimental circuit. Possibilities of the circuit control, mainly by by-pass, were also taken into account. Characteristic curves should serve for preliminery design of the test circuit set up for the turbine model measurements.
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Modification of pump for turbine regime
Jahn, Jan ; Veselý, Jindřich (referee) ; Haluza, Miloslav (advisor)
Hydraulic design of a hydrodynamic machine is designed to achieve a high value of energy transformation efficiency. Pumps and turbines have some different typical features in hydraulic design. With the aid of computational fluid dynamics, adjustments of the hydraulic parts of a standard centrifugal pump are assessed with the aim to increase hydraulic efficiency of the pump running as turbine. The impeller, volute casing and added draft tube are discussed.
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Small Hydro Power Plant of The Fountain Type
Vintr, Martin ; Haluza, Miloslav (referee) ; Štigler, Jaroslav (advisor)
The main target of this bachelor´s work is dealing with small hydro power plant, especially these plants of the fountain type. The first chapter deals with description, the main division of hydro power plant and their building construction. There is hydro engine and their individual parts in the second chapter. These engines are then given in context with using of hydro energy and their using in hydro power plant of the fountain type. There is also design concept of stock inlet into turbine. Not just theory but also practical construction are showed here to be compact for better understanding of these power plants in the third chapter.
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