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Optimization of the Production Process using Prediction Simulation
Pechánek, David ; Rompotl, Jaroslav (referee) ; Videcká, Zdeňka (advisor)
This bachelor's work looks at analysing the current form of the manufacturing process and proposing to improve it using predictive simulation. The theoretical part of the work describes the basic concepts associated with the organisation's procedural management. Furthermore, the theoretical part focuses on the production processes and methodology of simulation projects associated with the creation of the process's digital twin. In the analysis section, the production business is first presented and a global process analysis is carried out. A specific production process, which will be optimised is then analysed here. The design section describes simulation models of the current and proposed form of the process and evaluates the benefits of the proposed solution.
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On the production technology of a specific part
Kalina, Adam ; Slaný, Martin (referee) ; Píška, Miroslav (advisor)
This document describes the design of new production technology specific part in an engineering company. The specific part is manufactured on a machining center by milling method. To create model was used SolidWorks software and to create CNC program was used SolidCAM program. There is production process created with new and old technologies. There is a comparison of both technologies in conclusion.
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The Risk Analysis in Production Proces
Kašpar, Adam ; Melišík,, Martin (referee) ; Smolíková, Lenka (advisor)
This master’s thesis is focused on the risk analysis of the selected production process in company TES Vsetin, s.r.o. The thesis is divided into three parts, the theoretical part, analysis of the current state and design part. The theoretical part defines the basic concepts related to risk, risk analysis and tools for risk reduction. Some of these theoretical findings are then applied in the next section where these analyzes are used to the identification of risks. On the basis of these analyzes in the final part there will be designed proposals and recommendations, which should lead to a reduction of identified risks, including financial enumeration.
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Technology solution of "konzola" component in condition of a small firm
Štegnerová, Kateřina ; Slaný, Martin (referee) ; Kalivoda, Milan (advisor)
This work deals with the solution technology component of the console. There is an evaluation of technological principles, functionality and the suggestion of optimize. Stock, machines, tools and gauges for each operation are selected according to conditions of the company. For each operation are determined cutting conditions and production time. There are two versions of the production process. Additionally these two versions are evaluated. The console is also analyzed in terms of stress-strain relations, finite elements, which appear critical points. In conclusion, these results are judged.
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Proposal of Process Order Management in a Selected Organization
Hluštíková, Terezie ; Tomáš, Jiří (referee) ; Jurová, Marie (advisor)
The bachelor’s thesis is focused on the process management of an order in a selected company Pemax Print, s r. o., whose activity is printing production. Technical terms of production, quality and process are explained in the theoretical part. The analysis of the current state is devoted to an introduction of the company. The final part contains proposals which will contribute to the optimalization of order process.
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The Use of Artificial Intelligence for Optimization of Production
Svoboda, Radovan ; Martinec, Petr (referee) ; Dostál, Petr (advisor)
This paper deals with the problem of optimization of a production plan by using genetic algorithms. It contains a brief overview of the principles behind genetic algorithms in scope of evolutionary algorithms and artificial intelligence in general. It also takes a closer look on the challenge of production planning and control and all activities connected to it. This is followed by description of the modification of genetic algorithms that needed to be done in order to implement it into a computer program, which is used to create and optimize the production plan, and is a result to the issue that this paper deals with. Incorporated is detailed escription of principles and functions of the program, that it offers to its users.
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Contemporary technology of clay bricks production - possibilities and perspectives
Polláková, Lenka ; Pavelka, Oldřich (referee) ; Sokolář, Radomír (advisor)
In the theoretical part, this diploma thesis deals with brick production, basic raw materials for brick production and the technological process of production itself. It also focuses directly on the fired brick, its legislative requirements and manufacturers who currently produce this brick in the Czech Republic and Slovakia. The possibilities of current manufacturers are assessed in the practical part, especially in terms of salinity, mineralogical composition and behavior during firing of their production mixtures. As last the optimal firing temperature of the available mixtures is designed to achieve ideal parameters as frost resistence, strenght, appearance etc.
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Automation and Quality
Hebler, Violeta ; Toul, Jiří (referee) ; Fiala, Alois (advisor)
The topic of this bachelor thesis is quality control in the production process and means of improving the quality of products. It contains a description of methods of inspecting the production process, and the benefits of measurement automation and its practical use in the production process. The work also discusses the fundamentals and potential of machine vision use in various production areas and during the quality control process, starting with the receipt of material and ending with the shipment of finalized products.
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The Design Study to Improve Production Process
Plocek, Jan ; Rosenberg, Pavel (referee) ; Jurová, Marie (advisor)
This bachelor thesis deals with the analysis of manufacturing processes including finding the bottleneck in a production. In this bachelor are described methods and technologies that the company uses in production. Based on the analysis, will be designed a concept of elimination the bottleneck and to improve the manufacturing process.
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