Národní úložiště šedé literatury Nalezeno 2 záznamů.  Hledání trvalo 0.00 vteřin. 
Design of alignment and chassis setup equipment
Vajdák, Martin ; Bradávka, Marek (oponent) ; Porteš, Petr (vedoucí práce)
This master’s thesis deals with a design of a device for measuring of chassis parameters of a race car (toe angle, camber angle, ground clearance, weight distribution) and which is afterward used for the chassis alignment. The introductory theoretical part introduces the most important chassis parameters, which have a significant influence on the behavior and maneuverability of the car and therefore they are most frequently the point of interest. The following chapter summarizes methods and equipment which are used for measurement of chassis parameters today and presents their advantages and disadvantages. The penultimate chapter of theoretical part is devoted to the general recommendation for measuring of vehicle’s chassis parameters and chassis alignment. The last chapter of the theoretical part introduces requirements for the equipment, whose design is the topic of this master’s thesis. The introduction of the practical part is devoted to a description of the design of two designed variants for measuring the chassis parameters of the vehicle. The following chapter describes the preparation and measurement procedure using the designed equipment. The next chapter is devoted to the selection of sensors and measuring devices. The conclusion of this chapter summarizes the approximate total cost of manufacturing of both designed variants. The last chapter consists of the stress and deformation analysis of the designed stands that are used to supports the car instead of its wheels. The conclusion of the master’s thesis summarizes the achieved goals and presents suggestions and recommendations for further development of the designed equipment.
Design of alignment and chassis setup equipment
Vajdák, Martin ; Bradávka, Marek (oponent) ; Porteš, Petr (vedoucí práce)
This master’s thesis deals with a design of a device for measuring of chassis parameters of a race car (toe angle, camber angle, ground clearance, weight distribution) and which is afterward used for the chassis alignment. The introductory theoretical part introduces the most important chassis parameters, which have a significant influence on the behavior and maneuverability of the car and therefore they are most frequently the point of interest. The following chapter summarizes methods and equipment which are used for measurement of chassis parameters today and presents their advantages and disadvantages. The penultimate chapter of theoretical part is devoted to the general recommendation for measuring of vehicle’s chassis parameters and chassis alignment. The last chapter of the theoretical part introduces requirements for the equipment, whose design is the topic of this master’s thesis. The introduction of the practical part is devoted to a description of the design of two designed variants for measuring the chassis parameters of the vehicle. The following chapter describes the preparation and measurement procedure using the designed equipment. The next chapter is devoted to the selection of sensors and measuring devices. The conclusion of this chapter summarizes the approximate total cost of manufacturing of both designed variants. The last chapter consists of the stress and deformation analysis of the designed stands that are used to supports the car instead of its wheels. The conclusion of the master’s thesis summarizes the achieved goals and presents suggestions and recommendations for further development of the designed equipment.

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