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Design of plasma cutting machine
Vejrosta, Pavel ; Tůma, Zdeněk (referee) ; Pavlík, Jan (advisor)
This bachelor´s thesis is focused on the design of plasma cutting machine. The work begins with an introduction to plasma itself, covering the theory related to topics important for understanding the issues of plasma cutting and the operation of plasma cutting machines. This section is followed by review and market research in field of plasma cutting machines. Furthermore, the thesis establishes specific requirements and characteristics that are necessary for the actual design of the machine. The next section proposes various solution concepts and selects the optimal variants of the main parts of the machine, including supporting structure, type of drive, linear guides, electric drive, plasma torch, power source, safety and other elements. The selected parts are verified using design calculations. The actual design of the machine and the drawing documentation are created in Solidworks 2023. The conclusion of the thesis presents the final design, proposes possible improvements, compares the results with the set goals, and gives a final evaluation of the designed plasma cutting machine.
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Design of Universal Equipment for Tire Cutting
Kohoutek, Petr ; Veselý, Oldřich (referee) ; Prokeš, František (advisor)
The main content of of this thesis is a construction design and analysis of a machine for cutting tires. The resulting solution emerges from the design options and the option that meets the best selection criteria is chosen. Then the thesis stops for a while at the choice of cutting technology and tries to exemine its suitability for cutting tires. In its other part there is an attempt to clarify the relevant parts of the machine, where the benefits of three-dimensional views is used. Basic design and check calculations are done in the selected machine parts.
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Use of WJM/AWJ Method in a Firm
Strnad, Pavel ; Osička, Karel (referee) ; Kalivoda, Milan (advisor)
Assessment of the use of technology of machining material by unconventional method for cutting using abrasive waterjet in engineering company. The possibilities of this technology with respect to its technological possibilities and limits. Demonstration of basic capabilities and behavior of this method when cutting the samples of stainless steel. The assessment and analysis of the executed tests.
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Design of Universal Equipment for Tire Cutting
Kohoutek, Petr ; Veselý, Oldřich (referee) ; Prokeš, František (advisor)
The main content of of this thesis is a construction design and analysis of a machine for cutting tires. The resulting solution emerges from the design options and the option that meets the best selection criteria is chosen. Then the thesis stops for a while at the choice of cutting technology and tries to exemine its suitability for cutting tires. In its other part there is an attempt to clarify the relevant parts of the machine, where the benefits of three-dimensional views is used. Basic design and check calculations are done in the selected machine parts.
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Use of WJM/AWJ Method in a Firm
Strnad, Pavel ; Osička, Karel (referee) ; Kalivoda, Milan (advisor)
Assessment of the use of technology of machining material by unconventional method for cutting using abrasive waterjet in engineering company. The possibilities of this technology with respect to its technological possibilities and limits. Demonstration of basic capabilities and behavior of this method when cutting the samples of stainless steel. The assessment and analysis of the executed tests.
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