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Design of belt grinder
Denk, Daniel ; Tůma, Jiří (referee) ; Pavlík, Jan (advisor)
Aim of this bachelor thesis is to produce a construction proposal of a belt grinder, which is, with respect to universality, adjustable in different axes. Grinding technology, belt grinder principle and description of the functionally important parts are presented in the first part. Second part is dedicated to the market research of existing belt grinders, evaluation of their construction design of an optimal belt grinder. Third part includes the necessary calculations, construction design analysis and economic evaluation of the optimal grinder and the project also contains its proposed 3D model created with Autodek Inventor Professional 2020 model nad drawing documentation.
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Design of belt grinder
Man, Lukáš ; Pavlík, Jan (referee) ; Knoflíček, Radek (advisor)
This Master’s thesis concerns the construction of Belt Grinder. The research part deals with types of designs used in Belt Grinders, grinding technology and analysis of grinding/sanding belts which are used for grinding. With use of qualitative methods as Fault Tree Analysis and Quality Function Deployment, the whole topic is taken apart in more detail, so the topic of Belt Grinder is easier to understand. In the next part of the work, the necessary parameters are calculated and then the construction of a Belt grinder for flat surfaces and rounded grinding are modeled. This is followed by a risk assessment analysis, including forms for estimating and subsequently proposing measures to reduce these risks. Part of the work is also the technical and economic evaluation and estimated costs for the implementation of proposed structure.
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Design of belt grinder
Man, Lukáš ; Pavlík, Jan (referee) ; Knoflíček, Radek (advisor)
This Master’s thesis concerns the construction of Belt Grinder. The research part deals with types of designs used in Belt Grinders, grinding technology and analysis of grinding/sanding belts which are used for grinding. With use of qualitative methods as Fault Tree Analysis and Quality Function Deployment, the whole topic is taken apart in more detail, so the topic of Belt Grinder is easier to understand. In the next part of the work, the necessary parameters are calculated and then the construction of a Belt grinder for flat surfaces and rounded grinding are modeled. This is followed by a risk assessment analysis, including forms for estimating and subsequently proposing measures to reduce these risks. Part of the work is also the technical and economic evaluation and estimated costs for the implementation of proposed structure.
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|
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Design of belt grinder
Denk, Daniel ; Tůma, Jiří (referee) ; Pavlík, Jan (advisor)
Aim of this bachelor thesis is to produce a construction proposal of a belt grinder, which is, with respect to universality, adjustable in different axes. Grinding technology, belt grinder principle and description of the functionally important parts are presented in the first part. Second part is dedicated to the market research of existing belt grinders, evaluation of their construction design of an optimal belt grinder. Third part includes the necessary calculations, construction design analysis and economic evaluation of the optimal grinder and the project also contains its proposed 3D model created with Autodek Inventor Professional 2020 model nad drawing documentation.
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