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Proposal of mechatronic system with vibro-insulator
Fargač, Michal ; Březina, Tomáš (referee) ; Hadaš, Zdeněk (advisor)
The theoretical study of this thesis deals with options available for preventing the passing of vibrations on precision mechatronic system through the structure on which they are stored. The practical part consists of the design concept of vibro-insulating mechatronic system. At first there is an analysis of the unique structure in ANSYS Workbench. Next chapters describe how to connect the ADAMS and MatLab Simulink softwares for the purpose of co-simulation of dynamic systems. With this co-simulation, the carrying structure of the system is being analyzed. Finally, the concept of vibro-isolation system is designed and simulated for its response to force load.
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Computational analysis of column for horizontal boring centre
Fargač, Michal ; Vosynek, Petr (referee) ; Hadaš, Zdeněk (advisor)
The theoretical study of this thesis deals with different approaches that can be used to optimize the topology of various structures. Main attributes and principles which they are based on of individual methods are discussed. The first point of the practical part is to design the model for computational analysis of stand and other machining centre parts based on real machine TOS FU. Afterwards, the model is analyzed to determine the dynamic characteristic of the machine. Subsequently, several changes of the stand design are performed in order to improve the dynamic behavior. Eventually, new stand kernel is designed which aims to enhance these dynamic characteristic. This model is analyzed again and the results are compared with the original form of the machining centre.
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Computational analysis of column for horizontal boring centre
Fargač, Michal ; Vosynek, Petr (referee) ; Hadaš, Zdeněk (advisor)
The theoretical study of this thesis deals with different approaches that can be used to optimize the topology of various structures. Main attributes and principles which they are based on of individual methods are discussed. The first point of the practical part is to design the model for computational analysis of stand and other machining centre parts based on real machine TOS FU. Afterwards, the model is analyzed to determine the dynamic characteristic of the machine. Subsequently, several changes of the stand design are performed in order to improve the dynamic behavior. Eventually, new stand kernel is designed which aims to enhance these dynamic characteristic. This model is analyzed again and the results are compared with the original form of the machining centre.
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|
|
Proposal of mechatronic system with vibro-insulator
Fargač, Michal ; Březina, Tomáš (referee) ; Hadaš, Zdeněk (advisor)
The theoretical study of this thesis deals with options available for preventing the passing of vibrations on precision mechatronic system through the structure on which they are stored. The practical part consists of the design concept of vibro-insulating mechatronic system. At first there is an analysis of the unique structure in ANSYS Workbench. Next chapters describe how to connect the ADAMS and MatLab Simulink softwares for the purpose of co-simulation of dynamic systems. With this co-simulation, the carrying structure of the system is being analyzed. Finally, the concept of vibro-isolation system is designed and simulated for its response to force load.
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