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Milling multifunctional machining center with horizontal spindle axis
Kalivoda, Petr ; Pavlík, Jan (referee) ; Marek, Jiří (advisor)
The bachelor's thesis addresses the design concept of a milling multifunctional machining center with a horizontal spindle axis, applying the methodology of the three pillars of the Brno Design School. Based on market analysis, the machining centers are classified according to construction nodes, with a specific focus on the rough construction structure. By applying a systematic approach to finding a suitable milling multifunctional machining center concept, essential system variables that affect and influence the machine are identified and derived. The thesis presents the concepts of four machines, which are evaluated using a multi-criteria method called PATTERN. The criteria derived from the system of essential variables are applied to this evaluation method. From a technical-economic perspective, the most optimal concept is a concrete machine with a box-in-box design. This concept is subjected to basic calculations of cutting forces and performances. The result of the thesis is the optimal design concept of the milling multifunctional machining center with a horizontal spindle axis and the technical calculations of the optimal variant.

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