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Static analysis of precast hall
Juda, Jan ; Bažant, Zdeněk (referee) ; Zich, Miloš (advisor)
This bachelor thesis is focused on static solution of precast reinforced concrete. Specifically, the cross-sectional connection of the hall, which consists of square columns and a pre-prestressed I-profile truss, is solved here. The load on the structure is transferred to the subsoil by reinforced concrete pavements, which have not been solved in the bachelor thesis. The content of bachelor thesis is based on the dimensioning of individual elements of the transverse bond according to ČSN EN 1992-1-1. These elements are dimensioned to the ultimate load condition. Drawings of the structure, shapes and reinforcement of individual parts are processed in the drawing part.
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Implementation of Production Hall in Hulín
Holba, Petr ; Liška, Pavel (referee) ; Nečasová, Barbora (advisor)
The topic of the diploma thesis is a solution of the construction and a technological project of a production hall in Hulín. The thesis consists of an accompanying and a summary technical report, a study of the main technological stages implementation, a coordination situation of the construction with the closer transport relations, a solution of wider transport route relationships including a proposal of the building supply and an oversized transport solution, an object time schedule and a financial plan of the construction including the staff balance, a time schedule for the selected processes of the main building object, a design of the main building machines including an assessment of a lifting mechanism, a technological regulation for assembling of a prefabricated skeleton including a health and a safety plan, a technological regulation for a wire-concrete floor realization including a quality control and a health and a safety plan, a project of site equipment, a control and a test plan for prefabricated skeleton assembly. And also a budget item for selected technological processes, an assembly scheme for the prefabricated skeleton and a schemes´composition of the wire-concrete floor.
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Preparation for realization of reinforced concrete storage hall in Polička
Zelinková, Marta ; Kratochvílová, Erika (referee) ; Kantová, Radka (advisor)
The aim of this diploma thesis is the design of an effective construction-technological project for the construction of reinforced concrete prefabricated storage halls and halls of Ravensburger Karton s.r.o.. The solution of the chosen problem is the design of the building site equipment, the verification of the transport routes, the assembly schemes, the technological regulation and the control and test plan for the precast reinforced concrete frame, the BOZP plan, the budget item and the schedule of the main building, timetable, calculation timetable and environmental aspects of the construction.
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PFM Flexi storage hall - construction technology project
Chroustovský, David ; Dvořák, Miloslav (referee) ; Biely, Boris (advisor)
The aim of this diploma thesis is the design of an effective construction-technological project for the construction of reinforced concrete prefabricated storage halls by PFM-Flexi, s.r.o. The solution of the chosen problem is the design of the building site equipment, the verification of the transport routes of the key materials, the assembly schemes, the technological regulation and the control and test plan for the precast reinforced concrete frame, the BOZP plan, the comparison of the two versions of the installation in financial terms, the budget item and the schedule of the main building, timetable, calculation timetable and environmental aspects of the construction.
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Construction Project for Implementation of Industrial Hall in Hodějice
Koudelková, Anna ; Venkrbec, Václav (referee) ; Nečasová, Barbora (advisor)
The final thesis is focused on construction of the complex Milmar s.r.o. company, specifically, it focuses on the construction technology project of the SO02 Production Hall building. Diploma thesis detail solved through technological regulations prefabricated reinforced concrete skeleton construction of the hall and then implement concrete floors with infill. For the construction of the hall, an itemized budget was prepared with a statement of area, time schedule, health and safety plan, design of construction supply and assessment of transport routes, the main construction mechanisms were selected and variants of the main construction mechanisms, control and test plans were assessed. An accompanying and technical report, a construction technology study, and the sustainability certification of the LEED 2009 system were prepared for the entire construction. The text and drawing part was prepared according to the assignment of the diploma thesis.
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Spatial reinforced concrete frame of an industrial building
Matěják, Jan ; Laníková, Ivana (referee) ; Šimůnek, Petr (advisor)
This bachelor thesis deals with design of selected precast elements of a prefabricated hall. Single-nave storage hall is formed by transverse frames. The elements include main roof girder designed in two variants. The first variant is considered to be made of reinforced concrete. The second variant is designed from prestressed concrete. Other designed elements are a pair of columns carrying the girder and pocket foundations. The elements were designed according to the ČSN EN 1991-1-1. The output from this bachelor thesis are structural design reviews and drawings of selected parts (formwork and reinforcement).
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Assembly hall for jet aircraft with offices
Fogl, Martin ; Vaněk, Vojtěch (referee) ; Pěnčík, Jan (advisor)
The task of this thesis is to design a new jet aircraft assembly hall including a three-storey administrative building with a partial basement and to prepare project documentation for the construction phase. The building is located on flat terrain in an industrial area with a non-public airport near the village of Odolena voda in the Prague – East district. The design respects the surrounding development and all binding documents, in particular the municipality's master plan and the airport's regulatory areas. The assembly areas are divided into three parts, where the individual work operations during the assembly of the aircraft fuselages take place, namely the assembly workplace, gluing of overlays and charging of ejection seats. The administration building is divided into areas for production staff facilities, a multifunctional room with a showroom, building technology facilities, office areas and food preparation with a canteen. The building as a whole corresponds to the current trends in construction with its layout and material proportions. For CC-Aircraft a. s. this construction will not only be a new headquarters for management, development and production, but also a business card for new customers. The foundation on large-diameter piles guarantees a reliable system for transferring static and dynamic loads to the load-bearing soil layers. The load-bearing skeletal structural system of precast reinforced concrete elements ensures fast and efficient construction. Together with lightweight cladding with system thermal insulation panels or a ventilated facade with aerated aerated concrete infill masonry and a single-skin vegetated roof, they reduce the energy consumption of the building and create maximum thermal comfort inside.
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Fire station, Svitavy
Navrátil, Michal ; Nováková, Eva (referee) ; Kolář, Radim (advisor)
The diploma thesis elaborates the project documentation for the construction of a new apartment of central fire station type C1 with the administrative part of the Territorial Department. The fire station is technologically linked to the second building SO.02 the technical and technological background of the fire station. The building is situated on the eastern edge of Svitavy. The building is non-cellular, it has three floors and a flat green roof. Three floors fulfilling matter with mainly administrative function is connected with two floors blocks fire station with an indoor gym. Above the floor containing garages for emergency vehicles facilities for the emergency unit are placed with a curtain that creates fading of the emergency door. The matter of the gym is optically separated from the station and highlighted with a volume narrow neck and height elevation. In the station there are training places and places for general physical preparation. The buildings are located in a sloping terrain. The ground fire station has a heliport. The establishment supporting columns of the building are for made of prefabricated calyx, and are concreted into monolithic foundation pads. Infill wall vertical bearing and non-bearing structures are designed from clay blocks type THERM. The bearing system is reinforced concrete prefabricated frame. Horizontally bearing structures are designed from prestressed hollow core slabs. The building envelope is made of a curtain wall in dark grey and red combined with a light contact thermal insulation system used on the indoor gym. The envelopes are in the administrative part and the part of the station divided by a glazed area. In the workshops and technology room the envelope is divided by lamellae. Usually there are 13 firemen during one shift, in three shifts there work 39 firemen all together. There are supposed to be 17 employees in the administrative department.
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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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Spatial reinforced concrete frame of an industrial building
Matěják, Jan ; Laníková, Ivana (referee) ; Šimůnek, Petr (advisor)
This bachelor thesis deals with design of selected precast elements of a prefabricated hall. Single-nave storage hall is formed by transverse frames. The elements include main roof girder designed in two variants. The first variant is considered to be made of reinforced concrete. The second variant is designed from prestressed concrete. Other designed elements are a pair of columns carrying the girder and pocket foundations. The elements were designed according to the ČSN EN 1991-1-1. The output from this bachelor thesis are structural design reviews and drawings of selected parts (formwork and reinforcement).
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