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Proposal of Warehouse Management Optimalization
Fiala, Tomáš ; Štrobl, Tomáš (referee) ; Hornungová, Jana (advisor)
This thesis focuses on the analysis material flow of the production systemat Thermona Ltd. and suggestions for improvements. The work consists of theoretical, analytical and design parts. Thetheoretical part contains the basic concepts of production. In the analytical part, there is described a current situation in production area softhe company on the basis of theoretical knowledge. In the final part, the solutions are designed to help improve the business.
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Alemat s.r.o. headquarters and warehouse
Petr, Lukáš ; Neužil, Jiří (referee) ; Müller, Jan (advisor)
This diploma thesis deals with design of office building with warehouse. The buildings are situated on slightly sloping terrain in cadastre unit of Sudoměřice u Tábora. Both buildings have rectangular shape and are connected with two sides. The Alemat s.r.o. company is internet shop, predominately with electronics. In the office building is also showroom where are some products will be shown. The warehouse will serve for receipt and issue of goods and to store them. The perimeter walls of office building is designed from ceramic block thickness of 250mm, for example Heluz Family 25. The walls will be insulated with 200mm of expanded polystyrene. The foundation construction is designed as foundation strips from plain concrete and permanent formwork brick filled with concrete and reinforced with steel. The ceiling construction is designed as prestressed panels thickness of 250mm. The roof is flat with main hydro isolation made of plasticized PVC foil loaded with pea gravel. The main construction of warehouse will be made of steel frames. The exterior skin of the warehouse will form panels Kingspan thickness of 140mm. The foundation construction is designed as monolithic foundation pads. Between the pads will be monolith grade beams. The roof is designed also from Kingspan panels. To the panel will be mechanically fastened plasticized PVC foil. Roof drainage is designed to rain gutters.
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Steel structure of store building
Ďureje, Andrej ; Pilgr, Milan (referee) ; Štrba, Michal (advisor)
Content of this thesis is design of the steel construction of warehouse and his static assessment. The construction of the hall is designed as double-aisled. Ground plan dimensions of the hall are 50 x 60 m. Construction is formed by planar cross-linking. Tentative design of the construction is solved in two variants, which are compared on the basis of the size of paint surface and weight. The winning variant of the construction includes the complete static analysis of supporting elements, solving of connections, details and drawing documentation.
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Proposal warehouse in engineering company
Čermák, Jan ; Císařová, Michaela (referee) ; Štroner, Marek (advisor)
This master thesis deals with the design of a new warehouse of an input material in an unnamed engineering company. The main intention is to create a well arranged and functional storage of metal sheets, tubes, HSS profiles and HEB profiles. The first part of the thesis includes a theoretical introduction to the problematics of storage, then the thesis deals with the analysis of the current state of production and storage in the company. The warehouse design is made with the data about material consumption in 2021. In total, two variants of the warehouse solutions were designed. The difference is in the location of the warehouse and in the handling equipment, that was used. Forklift trucks are used in the first variant and crane handling is in the second. Disposition of the warehouse was solved based on the condition analysis, provided data, and performed calculations for the target year 2023. In conclusion was performed a technical and economical evaluation of the proposals, where both variants were compared. The warehouse design is supplemented by the drawing documentation of both solution variants.
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Warehouse management system
Kusák, Václav ; Rumíšek, Pavel (referee) ; Štroner, Marek (advisor)
The diploma thesis aims to explain, demonstrate and verify the basic practical principles and methods of warehouse management system. This thesis could be used as an advanced guide for warehouse management system software. All this by using own knowledge and experience acquired by practical and purposeful activities done in co-operation with ORYX GROUP Ltd. which is one of the few companies in the Czech Republic developing similar systems.
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The Multipurpose Building in Popůvky
Pernica, Martin ; Pilgr, Milan (referee) ; Šmak, Milan (advisor)
This diploma thesis deals with design of Multipurpose building located in the proximty of the town Popůvky u Brna. This buidling consists of 3 seperate structures. The first structure SO01 is intendet to be used for manufacturing an storage purposes. It is steel warehouse with plane dimensions 69,5 x 44 m. Height in the top is 10,4 m. The second structure SO02 is a 3 - storey steel building given up to office building. It's plane dimensions are 24,85x14,00 m. Height in the top is 10,69 m. The third structure SO03 is designed from timber and it's purpose is to serve as the company's showroom. It's plane dimensions are 20,08 x 21,05 m. Height in the top is 10,69 m.
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Implementation of the gross overhead construction of the storage hall in Hradec Králové
Štěpánek, Michal ; Doubek, Rostislav (referee) ; Kantová, Radka (advisor)
The bachelor thesis is aimed at the construction and technological solution of the rough top structure of the storage hall in Hradec Králové. Bachelor thesis contains technological background for the execution of rough construction. This work aims to solve problems with the procedures for the implementation of masonry and prefabricated structures. I focused on the part of the hall that will serve for administration and I devised the implementation procedure and the time consuming. As the project documentation did not have anything to do with the ceiling 1.NP, I had to solve the project site first and then I did the implementation technology. I also compared the two lifting devices in terms of economic and time requirements. Another objective was to solve the transport of individual building materials on site. The proposed solution is based on my personal experience with the implementation and consultation of leading experts in the field. The aim of this work is to propose an optimal course of implementation of the storage hall.
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