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Design of a warehouse in a given engineering company
Hornák, Filip ; Dvořák, Milan (referee) ; Štroner, Marek (advisor)
The aim of the bachelor thesis is a design of a warehouse in an engineering company Bonfiglioli s.r.o. Firstly, there was made a search about warehouse problematics concerning its functions, types, kinds of manipulation and methods of logistics. Secondly, two options of design are described – the first one is based on multi-depth racks with pallet shuttles, the second one uses automated shuttle system Stingray with mobile modules. Both versions are supported with drawings. Lastly, evaluations of both of the scenarios are made and the final alternative is chosen based on the following parameters – warehouse capacity, time saving and operation costs.
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Preparation and organization of ELIT warehouse building in Brno
Boháček, Adam ; Kučera, Zdeněk (referee) ; Kantová, Radka (advisor)
The subject of my diploma thesis is the design of realization of the Elit storage hall in Brno based on the provided project documentation. Part of the thesis is a technical report for a building technology project, a study of the realization of the main technological stages of the building, the situation of the building with wider transport route links, the project of the building site including the technical report of the construction site equipment, the design of the main building machines and mechanisms. Further part of this work are a chapters on the implementation of the supporting structure of the halls, which are the Technological Regulation for the assembly of the prefabricated reinforced concrete skeleton, The Plan for securing the material resources for the assembly of the prefabricated reinforced concrete skeleton and The Assessment of the usability of the mobile cranes for mounting the prefabricated reinforced concrete skeleton. Part of this work is also a variant solution for the implementation of the Densitop MT industrial floor including a price comparison comparison with the original design. From the time and financial point of view, the object time and financial plan is elaborated, followed by the detailed schedule of the main building construction and the itemized budget of the main building, including the bill of quantities. Due to the high demands on the quality and safety of the construction, the chapters of the Quality Control and Testing Plan for Reinforcing the Prefabricated Reinforced Skeleton and the Plan for Safety and Health at Work on the building site are also included.
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Logistic and design of warehouse storage system with barcode
Kuchynka, Petr ; Starý, Jiří (referee) ; Špinka, Jiří (advisor)
This diploma work analyzes the problem of logistic and invertory management with using barcode. This diploma work is based on cooperation with Identcode company. DataPro Solutions is customer of Identcode company. The task is project warehouse system based on portable computers Dolphin from Hanhedl. The output of this diploma is proposal of warehouse inventory system for customer - DataPro Solutions company.
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Design of expedition warehouse
Hlavatý, Pavel ; Mikulec, Petr (referee) ; Juřica, Pavel (advisor)
This bachelor thesis concerns a project of streamlining and improving conditions in current expedition warehouse. Theoretical part defines basic terms of storage and supply management. In analytical part storage capacity is calculated and warehouse is analyzed in detail by method of Lean Management and other well selected methods. Appropriate and feasible solutions are suggested based on the analytical part. These solutions are compared and their values are evaluated at the end of the thesis.
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Building technology project of building construction building
Kunetková, Lenka ; Novotný, Michal (referee) ; Henková, Svatava (advisor)
The subject of this diploma thesis is building technological project of extension of warehouse in Tlumačov based on metal construction. This diploma thesis includes study of realization of main technological process, budget of the building, financial and time plan of building, schedule of works, project of construction site installation, technological regulation of instalacion steel structures and technological regulation of execution industrial floor, inspection and test plan of instalacion steel structures, inspection and test plan of execution industrial floor, design of main mechanisms, design and verification of main lift mechanisms.
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Scientific technology park Telč
Musilová, Kateřina ; Suchánek,, Petr (referee) ; Nový, Alois (advisor) ; Donaťáková, Dagmar (advisor)
The subject of bachelor thesis is a design of a building of a Scientific Technology Park with laboratories for Energoklastr in Telč. Energoklastr is competency oriented cluster focusing on co-operation of small and medium size businesses, research organizations, universities and public sector in field of applied research and transfer of technologies. It significantly contributes to development of innovations, applied research and transfer of technologies in field of lowering energy demand. Energoklastr especially focuses its activity on technology lowering emission levels and sustainability of energetics in fields like a production of electric devices, aerial industry, car industry, IT and construction. Building site for meant for the construction of VTP with laboratories of effective use of biomass in energetics is to be found in cadastral area of Telč. It is located in north-west part of town, in neighborhood of existing industrial and agricultural buildings. The property is adjacent to a first class road number 23 (Třebíč – Jindřichův Hradec), that is one of the main connection to highway D1. VTP building with the laboratory is designed like a two story wooden structure with a flat roof and no cellar. The building is trapezoidal shaped, which is adjusted to a shape of the property. The building is divided to laboratory part and administrative part according to a story. There is a suspension stainless steel staircase designed in a lobby, which is discussed in part D – Architectonical detail.
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Car Center VW Group
Gross, Kamil ; Suchánek,, Petr (referee) ; Nový, Alois (advisor) ; Sedláková, Markéta (advisor)
The theme of my bachelor work is a new building of Volkswagen carcenter. Carcenter is placed in Brno city nearby square Cejl. Next to the parcel is river Svitava. Architecture volume is divided to four functional parts: showroom, warehouse, administration and background and service. Showroom is placed on the most visible part of parcel. Showroom with glass façade is dominanting volume of whole car center. To the showroom is connected administration with nice view to the river Svitava and warehouse with good connection to delivery of goods. Service is last part of carcenter. Floorplan form of service in shape L saves build up space of the parcel.
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Proposal warehouse in engineering company
Grepl, Radovan ; Podaný, Kamil (referee) ; Štroner, Marek (advisor)
This bachelor's study deals with the design of a newly built warehouse in an engineering company. The first part of the study described the company for whom the design was created. The second part deals with the issue of storage spaces. It describes the foundational functions and types of warehouses, logistics and inventory management, or material handling equipment. In the next part, the storage capacity was calculated and two variants of the solution were proposed. Both variants are solved using pallet racks, where the first design is for VNA system carts and the second is designed for mobile racks. Drawing documentation was prepared for both variants. Lastly, both of the variants were evaluated from a technical and economic point of view.
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Válka Winery Nosislav
Radchenko, Mark ; Myslín,, Jiří (referee) ; Boleslavská, Yvona (advisor) ; Šuhajda, Karel (advisor)
On a basis of my project of the second year of bachelor's study on the Faculty of Civil Engineering the following bachelor's thesis is prepared, which goes on to the Documentation for Building Permit and Documentation for Construction. The theme of the work is Family Winery Válka in the village of Nosislav. The bachelor's thesis is the Family Winery Válka. The basic idea of my project was to create a modern wine-making complex and a guest house. There were designed objects for production, sales and housing. The Family Winery includes a winemaker's house, a bouquets store, warehouses, a refuelling hall, a pressing hall, sheds for storing devices and parking, a house with a brigadier's dressing room, administration and apartment. The production complex includes warehouses, tank room and pressing machines room. Its structure is made up of steel elements. Facades of buildings are made of wooden cladding and black interlocking metal cladding panels. The buildings have a gable type and shed type of roofs. Other objects have a brick system. The restaurant building is located on the southwest side of the property, has a two above-ground floors. 1st floor is partially embedded into the ground, on the 2nd floor the wall on the north-eastern side is made of a glass facade to the better lighting of space. At the top of the land, there is a residential building that constitute a guest house. The building has two floors and serves as accommodation. From the side of the main entrance, the building has the characteristic appearance of family house. From the inside of the territory, the facade of the pension becomes more interesting by expanding the ground floor and adding large terrace doors. My choice of facade and roof solution fell on wood because it is an amazing material that looks great in combination with almost everything that exists, and even after years, the miraculous power of trees can be felt.
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Office building with storage area
Vít, Marek ; Pobořil, Lukáš (referee) ; Petříček, Tomáš (advisor)
The theme of the bachelor thesis is a new building of an administrative building with a storage hall, which will primarily serve for storage in the village of Troubsko. This work is aimed at elaborating project documentation for construction work. The building is non-basement with three above-ground floors. The construction is designed from the Porotherm system with prefabricated ceilings made of prestressed Spiroll panels. The storage hall will be made of a steel skeleton, single-skinned with sandwich panels. The roof is on the top of 2.NP flat single-layer with top layer on parts of concrete pavement on rectifiable targets and vegetation parts. Above the 3rd floor there is a flat single-layer roof with a top vegetation layer and above the storage hall there will be a flat roof with a classical layout of layers with a top layer of PVC foil. The object is functionally divided into 2 parts. The administrative part is primarily used as a base for employees of the production hall in the 1st floor, in the 2nd floor and 3rd floor there are offices. The storage hall will then serve mainly for storage purposes and dispatch preparation.
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