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Design of material handling between the planned interimwarehouse and welding shops using dynamic simulation
Vícha, Ondřej ; Urbánek, Michal (referee) ; Hloska, Jiří (advisor)
This master thesis deals with optimizing material and information flow between the production plants and warehouses during the reconstruction of the manufacturing plant of Schäfer in Hranice na Moravě. At first, a theoretical introduction to the issues of inter-company transport services is presented. This introduction is followed by an analysis of the current state of material and information flow at the manufacturing plant. The practical part of the thesis consists of a simulation model made in the Tecnomatix plant simulation program. This simulation model includes the plant's current and future states and a layout of future material flow between the welding shops and warehouses. It also contains a conceptual design of the material flow. The optimization is conducted using a matrix of experiments, which are subsequently evaluated. In the end, the most optimal solution for material and information flow is developed and suggested.
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Design of material handling between the planned interimwarehouse and welding shops using dynamic simulation
Vícha, Ondřej ; Urbánek, Michal (referee) ; Hloska, Jiří (advisor)
This master thesis deals with optimizing material and information flow between the production plants and warehouses during the reconstruction of the manufacturing plant of Schäfer in Hranice na Moravě. At first, a theoretical introduction to the issues of inter-company transport services is presented. This introduction is followed by an analysis of the current state of material and information flow at the manufacturing plant. The practical part of the thesis consists of a simulation model made in the Tecnomatix plant simulation program. This simulation model includes the plant's current and future states and a layout of future material flow between the welding shops and warehouses. It also contains a conceptual design of the material flow. The optimization is conducted using a matrix of experiments, which are subsequently evaluated. In the end, the most optimal solution for material and information flow is developed and suggested.
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Storage building with administration and Kozomín store
Chlápková, Veronika ; Vaněk, Vojtěch (referee) ; Pěnčík, Jan (advisor)
The subject of this diploma thesis is the design of a storage facility with administration, which includes sales space in the cadastral area of Kozomín. The building is divided into an administration area with a shop, a drive-thru roofed part and a storage hall. The administration is designed as a two-story, where there is a store showroom together with seating and refreshments for customers, offices and facilities for employees and social facilities. The building is designed as an assembled prefabricated skeleton based on piles, the cladding consists of sandwich panels with mineral insulation. The single-skin flat roof is supported by prefabricated trusses with trapezoidal sheets. The ceilings are made with pre-stressed Spiroll ceiling panels.
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