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Design of Driveline Placement System Units in Special Purpose Vehicle
Neuman, Ondřej ; Dundálek, Radim (referee) ; Ramík, Pavel (advisor)
This thesis is concerned with designing a powertrain mounting solution for high mobility off-road vehicle. It is created in collaboration with company Advanced Design Solution spol. s.r.o. The focus is to present a design process of a specific frame structure that supports the powertrain and isolates its vibrations. Majority of the thesis describes the use of finite element methods to assess static and cyclic loading of a welded structure. It also refers about selecting the correct vibration dumpers and covers manufacturing of the part.
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Off-road four-wheel motorcycle for seniors
Mihálik, Boris ; Mazůrek, Ivan (referee) ; Brandejs, Jan (advisor)
This diploma thesis deals with the design and realization of function pattern of off-road four-wheel vehicle for seniors. First part of the work consist of research of current commercial vehicles for the elderly, as well as small four-wheeled off-road vehicles and their individual design elements. In this part of the work were also dismantled the proposed legislation allowing legal movement of vehicles on public roads and seniors ergonomics. Another section dealt with the proposal of possible variants for solving the essential structural elements of the vehicle. The last major parts of the work deals with detail description of each selected construction elements of the vehicle. Functional pattern has been manufactured and tested. At the end of this work were published the results of testing of the vehicle and also were proposed possible changes of design.
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Electric Off-road Vehicle for Children Axles
Dlouhý, Filip ; Blaťák, Ondřej (referee) ; Hejtmánek, Petr (advisor)
The diploma thesis deals with the design of the chassis structure for an electric off-road vehicle of the crosskart type. In the first part, the research part of the sub-components that are used for the construction of these vehicles is briefly mentioned, including their aspects that must be known when designing the vehicle. The second part describes the actual design of the front and rear axle structure, which was optimized in the program Adams Car and then a model was created in the program Solidworks. The entire design of the chassis was constructed with the intention of assembling the chassis from commonly available components that are currently on the market.
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Design of Driveline Placement System Units in Special Purpose Vehicle
Neuman, Ondřej ; Dundálek, Radim (referee) ; Ramík, Pavel (advisor)
This thesis is concerned with designing a powertrain mounting solution for high mobility off-road vehicle. It is created in collaboration with company Advanced Design Solution spol. s.r.o. The focus is to present a design process of a specific frame structure that supports the powertrain and isolates its vibrations. Majority of the thesis describes the use of finite element methods to assess static and cyclic loading of a welded structure. It also refers about selecting the correct vibration dumpers and covers manufacturing of the part.
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Off-road four-wheel motorcycle for seniors
Mihálik, Boris ; Mazůrek, Ivan (referee) ; Brandejs, Jan (advisor)
This diploma thesis deals with the design and realization of function pattern of off-road four-wheel vehicle for seniors. First part of the work consist of research of current commercial vehicles for the elderly, as well as small four-wheeled off-road vehicles and their individual design elements. In this part of the work were also dismantled the proposed legislation allowing legal movement of vehicles on public roads and seniors ergonomics. Another section dealt with the proposal of possible variants for solving the essential structural elements of the vehicle. The last major parts of the work deals with detail description of each selected construction elements of the vehicle. Functional pattern has been manufactured and tested. At the end of this work were published the results of testing of the vehicle and also were proposed possible changes of design.
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