Mlýnské Nivy bus terminal - Diltation A5

Abstract

The subject of this thesis is the pre-stressing design of Mlynske Nivy bus terminal, section AS. Prestressed concrete is specific construction technology extensively used especially for bridges, but it is possible to use it for a variety of large-span structures similar to floor slabs or beams. The preface focuses on the subject of the specifics of prestressed concrete in erecting structures. The thesis also compactly describes the design of a bus station as a multifunctional house, its location, and disposition, likewise, the task is the evaluation of the load-bearing concrete structure. Along with this, the topic of this project is software analysis of the most complicated floor slab, first designed in reinforced concrete, then in prestressed concrete. The element of the analysis is the explanation of the use of prestressed concrete in the project. In this part, the thesis smoothly passes to the commented structural analysis of the slab & beam in detail. The beam was chosen so that the principles of its design could be applied to other segments of the slab, even other floors of the building. Eventually, the subject is a design of concrete structure reinforcement in parts of the slab where prestress was designed so that the solution of a typical section of the slab is complete. Furthermore, the design of the staircase, ramps, columns, shear wall (core wall), analysis of sheeting walls and checks, and then the design of the group pile is done using the software for the prestressed concrete structure. Lastly, drawings of prestressing and reinforcement of the solved parts of this all discussed elements are attached to this thesis.

The subject of this thesis is the pre-stressing design of Mlynske Nivy bus terminal, section AS. Prestressed concrete is specific construction technology extensively used especially for bridges, but it is possible to use it for a variety of large-span structures similar to floor slabs or beams. The preface focuses on the subject of the specifics of prestressed concrete in erecting structures. The thesis also compactly describes the design of a bus station as a multifunctional house, its location, and disposition, likewise, the task is the evaluation of the load-bearing concrete structure. Along with this, the topic of this project is software analysis of the most complicated floor slab, first designed in reinforced concrete, then in prestressed concrete. The element of the analysis is the explanation of the use of prestressed concrete in the project. In this part, the thesis smoothly passes to the commented structural analysis of the slab & beam in detail. The beam was chosen so that the principles of its design could be applied to other segments of the slab, even other floors of the building. Eventually, the subject is a design of concrete structure reinforcement in parts of the slab where prestress was designed so that the solution of a typical section of the slab is complete. Furthermore, the design of the staircase, ramps, columns, shear wall (core wall), analysis of sheeting walls and checks, and then the design of the group pile is done using the software for the prestressed concrete structure. Lastly, drawings of prestressing and reinforcement of the solved parts of this all discussed elements are attached to this thesis.