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Equipment to vehicles energy recovery simulation
Ranuša, Matúš ; Jurík, Miroslav (referee) ; Nevrlý, Josef (advisor)
The bachelor thesis deals with design and construction of an experimental device – stand for simulation and recovery energy at utility vehicles. The first parts of the thesis describe principle and process of experiment in the University of Wisconsin Madison and thesis deals with selection of hydraulic components in cooperation with company Bosch Rexroth. The second part of the thesis deals with calculation and construction proposal of the flywheel which meets the requirements of mathematical model and other parts of model. Result of the thesis is complete 3D model of experiment stand suitable for tests energy recovery in applications. Precise determination of the effectiveness of hydrostatic recovery is one of the objectives of experiments that will be implemented at the test stand.
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Design of valve block for hydrostatic recuperative module of vehicle
Ranuša, Matúš ; Robenek, Dětřich (referee) ; Nevrlý, Josef (advisor)
The Master`s Thesis deals with design and construction of a valve block for a hydrostatic recuperative module of a vehicle with a direct application on pneu tyred roller AP 240H produced by the AMMANN company. The thesis aims to analyze recovery functions of the valve block in several operating modes of the roller, followed by a selection of the right hydraulic components from the perspective of predefined parameters and pressure differences. Design specifications are based on measurements and mathematical simulations on the experimental stand. The experimental stand for this application has been developed at 1:4 scale as compared to a real vehicle. The thesis includes also design of the supporting console for the module on the frame of the vehicle. The Master`s Thesis is a part of project EUREKA with cooperation Bosch Rexroth.
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Design of valve block for hydrostatic recuperative module of vehicle
Ranuša, Matúš ; Robenek, Dětřich (referee) ; Nevrlý, Josef (advisor)
The Master`s Thesis deals with design and construction of a valve block for a hydrostatic recuperative module of a vehicle with a direct application on pneu tyred roller AP 240H produced by the AMMANN company. The thesis aims to analyze recovery functions of the valve block in several operating modes of the roller, followed by a selection of the right hydraulic components from the perspective of predefined parameters and pressure differences. Design specifications are based on measurements and mathematical simulations on the experimental stand. The experimental stand for this application has been developed at 1:4 scale as compared to a real vehicle. The thesis includes also design of the supporting console for the module on the frame of the vehicle. The Master`s Thesis is a part of project EUREKA with cooperation Bosch Rexroth.
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Equipment to vehicles energy recovery simulation
Ranuša, Matúš ; Jurík, Miroslav (referee) ; Nevrlý, Josef (advisor)
The bachelor thesis deals with design and construction of an experimental device – stand for simulation and recovery energy at utility vehicles. The first parts of the thesis describe principle and process of experiment in the University of Wisconsin Madison and thesis deals with selection of hydraulic components in cooperation with company Bosch Rexroth. The second part of the thesis deals with calculation and construction proposal of the flywheel which meets the requirements of mathematical model and other parts of model. Result of the thesis is complete 3D model of experiment stand suitable for tests energy recovery in applications. Precise determination of the effectiveness of hydrostatic recovery is one of the objectives of experiments that will be implemented at the test stand.
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