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Construction technology project of storage hall
Petrík, Tomáš ; Kopecký, Lukáš (referee) ; Diaz, Yvetta (advisor)
In this diploma thesis is processed build-up organization of logistics centre in Ostrava. The build-up organization covers the implementation of ground works, foundation constructions and precast concrete framework. Storage hall of logistics centre is based on drilled concrete piles and precast concrete framework makes up main structure. Construction technology project contains time-schedule and financial plan for whole project, time-schedule of construction works, budget, technological standard for precast concrete framework, design of building site accessories, design of machine group, safety plan, check and test plan.
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Storage Hall
Petrů, Milan ; Štrba, Michal (referee) ; Barnat, Jan (advisor)
The aim of the Bachelor's thesis is a design and assessment of steel structuce of storage hall. The dimensions of the rectangular floor pl19x20 m and the height is 9,5 m. The supporting structure consist of the transverse frames. The distance of each cross links is 4 m. Single main frames are mutually connected with purlins and the spatial rigidity of the structure is provided by sway bracings and longitundinal bracings.
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Warehouse with administration in the town of Chrudim
Davleeva, Luiza ; Nespěšný, Ondřej (referee) ; Pěnčík, Jan (advisor)
This master thesis focused on the design and elaboration of project documentation for the purpose of a storage area with an administrative building, consisting of the premises SO01 - administrative building and SO02 - warehouse. Objects are located on parcels no. 3485, 3486, 1770/10, in the cadastre unit Chrudim. Traffic connection is provided by the exit from the car park on the local road. All engineering infrastructure engineering networks are located near the site. The design of the building respects the local zoning plan. Project documentation is prepared in accordance with the current wording of applicable laws, decrees and standards. The project deals with a building functionally divided into objects SO01 and SO02, which are operationally and structurally connected. Object constructions are statically independent of each other. Object SO01 is used for administrative purposes and as a background for employees. In the basement of the building there are technical facilities and an archive. Object SO02 is intended for the storage of construction material intended for storage in dry areas. In addition to the storage space, there is an air conditioning machine room. Object SO01 is designed from a wall construction system of aerated concrete blocks with reinforced concrete ceilings, foundation strips and a flat roof. The SO02 object is designed as an all-metal assembled object with a gable roof and foundation footings. The structural system of the SO02 object is columnar with steel columns. The perimeter shell of the SO01 building is made of 300 mm thick aerated concrete blocks with a 140 mm contact insulation system. The perimeter shell of the SO02 building consists of assembled sandwich panels with a core made of PUR material.
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Agricultural Building
Németh, Matěj ; Barnat, Jan (referee) ; Pilgr, Milan (advisor)
The aim of this thesis was to design and assess of steel structure primarily use for deposit of agricultural machinery alternatively used as associated storage space. Location of object is situated in village of Uhřínovice near Voděrady. Fundamental dimensions of the floor plan are 18 × 48 meters with the height in the top of the gable roof 7,5 meters. The transversal bond is two-hinged frame with span of 18 meters. Height of the columns is 5,2 meters. The main frames are orderly placed with 6 meters space in between them. Cladding is made from multi-layered composite panel system made by Kingspan. Spatial rigidity of the structure in transversal way is supported by main frames and in the longitudinal way is being supported by sway bracing. Used material is construction steel S235.
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Multifunctional object
Bogner, Michal ; Sládek, Jiří (referee) ; Smolka, Radim (advisor)
The aim of the diploma thesis was to create project documentation the new construction of a multifunctional building in the village of Dýšina. The architecture of the building is determined by the usage purpose. The administrative and residential part is designed as a three-level building and the warehouse part as a single-level one. It is a non-basement construction without a residential attic, a rectangular floor plan with maximum dimension of 63.4 x 26.26 m. The roofing is solved by a gabled roof. The layout and operational solution of the administrative part of the building is primarily focused on the offer of exhibited goods and their sale on the 1st floor. On this floor, there are offices, a shop with exhibited goods, a technical room and sanitary facilities, including toilets for people with reduced mobility. On the 2nd floor, there are commercial and manager offices. There is also a meeting room and a showroom. The residential part on the 3rd floor above the administrative part is divided into 4 residential units. The apartments are accessible from the central corridor. The entrance to the central corridor is secured with an external steel staircase on the north side of the building. The space of the storage hall is not divided to maximize usage of storage area. There is one office (26.95 m2) and storage space (973.65 m2) with a test elevator shaft. The entrance to this part is ensured by three gates and a gate with a ramp for tracks. The storage part is directly connected to the administrative part with a door.
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Storage hall No. 2 in Rousínov - construction-technological project
Gottvaldová, Denisa ; Valenta, Michal (referee) ; Biely, Boris (advisor)
The subject of my diploma thesis is a construction-technological solution for realization of a storage hall in Rousínov. The work deals with a time and financial plan for all buildings of the project Storage Hall, Rousínov. A technical report, a study of the implementation of the construction’s individual stages, a design and assessment of transport routes, a design of the construction site equipment and a design of the machinery were prepared for the building No. 2. An itemized budget with a statement of acreage and construction schedule was prepared. A technological regulation and a control and test plan were prepared for the implementation process of the wire-reinforced concrete industrial floor. Within the diploma thesis, a technological regulation for the implementation of a reinforced concrete retaining wall was prepared. Noise pollution caused by the construction site was examined and evaluated in a noise study. The environmental requirements for the storage hall building No. 2 were processed.
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Storage Hall
Petrů, Milan ; Štrba, Michal (referee) ; Barnat, Jan (advisor)
The aim of the Bachelor's thesis is a design and assessment of steel structuce of storage hall. The dimensions of the rectangular floor pl19x20 m and the height is 9,5 m. The supporting structure consist of the transverse frames. The distance of each cross links is 4 m. Single main frames are mutually connected with purlins and the spatial rigidity of the structure is provided by sway bracings and longitundinal bracings.
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Static solution of prefabricated hall
Koníček, Jakub ; Koláček, Jan (referee) ; Zich, Miloš (advisor)
The presented thesis deals with design and optimization of selected structural elements of high-load storage hall skeleton. As a basis for the solution is taken the structure of a real storage hall designed in the years 2017-2018. The structure is designed for minimum weight. For this reason, so-called D-regions are formed on the structure. For the solution of D-areas, general methods of solution, such as STM or nonlinear FEM analyses, are used in the thesis. In the final designed structural elements are compared to the original design of the hall. Thesis include static calculation of 24 m long roof beam V1, static calculation of 24 m long ceiling beam ST1, drawing documentation and technical report. Programs were used for the calculation: SCIA Engeneer 18.1, Idea StatiCa Beam10.1, Idea StatiCa Detail 10.1, RIB Fermo, PTC MathCad and MS Excel.
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Construction-Technological Preparation of Warehouse and Administrative Building in Černá za Bory
Štěpánek, Michal ; Hejl, Martin (referee) ; Mohapl, Martin (advisor)
The aim of this diploma thesis is the construction and technological solution of the warehouse and administrative building in Černá za Bory. The diploma thesis contains technological procedures for assembly of reinforced concrete skeleton and realization of industrial floor. This work solves problems that could arise during the assembly of the skeleton and realization of industrial floor. The thesis contains a construction technology project, a study of the implementation of the main technological stages, the situation of the construction with broader relations of transport routes, the project of construction site equipment and the main design of machines and mechanisms. Furthermore, I created a variant solution of skeleton assembly including financial and time evaluation. Since the project documentation that was provided to me did not include any details for the skeleton placement, I decided to develop design details for the skeleton placement. Subsequently, I developed a plan for occupational safety and health. As a part of this work I made a comparison of industrial floors, both in terms of performance and economic. In order to find out the time demands, I prepared an exact timetable for the implementation of the main building. In order to ensure high safety and quality, I prepared a control and testing plan for the assembly of the skeleton and for the implementation of industrial flooring.
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Selected Parts of Construction Technology Project of an Office Building with a Hall in Brno
Bakyta, Marián ; Pražáková, Jana (referee) ; Mohapl, Martin (advisor)
This diploma thesis deals with selected parts of the construction technology project of an office building with a hall in Brno. The thesis contains a technical report, the coordination situation of the construction, the time and financial plan, the study of the main technological stages, the project of site equipment, the design of the main building machines and mechanisms, the time schedule, the budget, the technology prescription of flat single-roof, the quality control and test plan, the assessment of lifting mechanism selection and the design of rainwater capture for further use.
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