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Horizontal splitter for firewood
Čechman, Jan ; Kašpárek, Jaroslav (referee) ; Škopán, Miroslav (advisor)
The goal is a brief search of types of wood-splitters and own design of wood splitter, which fulfils requirements. CAD model has been made and also control calculations of suitability of chosen parts if necessary. Wood-splitter with high production of wood, big splitting force and possibility to run in home conditions has been successfully designed.
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Mobile Wood Splitter
Felcman, Miroslav ; Kašpárek, Jaroslav (referee) ; Škopán, Miroslav (advisor)
The main aim of the bachelor thesis is to design a mobile horizontal woodlogs splitter according to preset parameters. The part before the main design of a splitter is focused on different types of mobile splitters with the subsequent focus on the individual structural design of horizontal splitters. The next part is dedicated to design and calculation of a hydraulic circuit of the splitter that generates the required cutting force. There is a calculation of final splitting force and other working properties for all individual components of hydraulic circuit. The individual components of the splitter are stressed by the splitting force. There is a strength check of exposed parts in the last part of the thesis. The work also includes drawings of selected parts.
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Horizontal splitter for firewood
Čechman, Jan ; Kašpárek, Jaroslav (referee) ; Škopán, Miroslav (advisor)
The goal is a brief search of types of wood-splitters and own design of wood splitter, which fulfils requirements. CAD model has been made and also control calculations of suitability of chosen parts if necessary. Wood-splitter with high production of wood, big splitting force and possibility to run in home conditions has been successfully designed.
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|
|
Mobile Wood Splitter
Felcman, Miroslav ; Kašpárek, Jaroslav (referee) ; Škopán, Miroslav (advisor)
The main aim of the bachelor thesis is to design a mobile horizontal woodlogs splitter according to preset parameters. The part before the main design of a splitter is focused on different types of mobile splitters with the subsequent focus on the individual structural design of horizontal splitters. The next part is dedicated to design and calculation of a hydraulic circuit of the splitter that generates the required cutting force. There is a calculation of final splitting force and other working properties for all individual components of hydraulic circuit. The individual components of the splitter are stressed by the splitting force. There is a strength check of exposed parts in the last part of the thesis. The work also includes drawings of selected parts.
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