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Design of the hatch opening system
Zbořil, David ; Hurník, Jakub (referee) ; Zatočilová, Aneta (advisor)
This work tries to design a cover that is suitable for paving or grassing and its opening mechanism. The hatch has atypical dimensions and there are requirements for maximum deflection on the roads. The lid of the cover will be filled with the surrounding material, so it will be very heavy. Therefore, it is necessary to look for an opening mechanism that opens the heavy cover with one possible and available deformation strength of the cover. The work summarizes the necessary information for the design of the cover and its opening mechanism. The work is suitable for anyone who would be interested in the design of the cover opening mechanism.
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Agricultural hall with steel load-carrying structure
Zbořil, David ; Melcher, Jindřich (referee) ; Karmazínová, Marcela (advisor)
This bachelor’s thesis solve design of agricultural hall with steel load-carryng structure. Load-carryng structure is create frame construction from solid panel IPE beam. The girders are attached to the columns articulated. All columns are transvesely fixed to the foundation pads (in the longitudinal direction acting as articulated bearing). Roofing is made of sandwich panels, mounted on the purlins of thin-walled "Z". The building envelope is made of sandwich panels, attached with girt of the thin-walled "". The whole system is appropriate completed diagonal circular hollow section bracing, both in the transverse and in the longitudinal direction. The result of this work are static report and corresponding drawings agricultural hall with steel load-carryng structure.
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Multipurpose centre in Hodonín
Zbořil, David ; Štrba, Michal (referee) ; Šmak, Milan (advisor)
This diploma thesis solves with the design and static assessment of a multipurpose center in Hodonín. The structure is divided into three statically separated parts. The two structural units, consisting of steel frames with composite reinforced concrete slabs, are symmetrical and the middle part, formed by wooden frames made of glued laminated timber. The construction was solved using a computational 3D model. The model was created in the program RFEM 5.21.01. Using the model, the internal forces and dimensions of the usual elements were calculated. The construction was assessed in the program RFEM 5.21.01 and in MS Excel 2010. The outermost buildings have 7 floors and are designed for residential and office space. The maximum height of the structure is 27.60 m, including the attic. The central multifunctional hall is roofed by a walkable green roof. The maximum height of the middle part is 12.50 m. The largest floor plan dimensions of the building are 49,050 m x 24,000 m.
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Návrh koncepce tepelné elektrárny
Zbořil, David ; Lisý, Martin (referee) ; Milčák, Pavel (advisor)
This diploma thesis deals with the design of a thermal scheme of steam power plant. The introductory part of the thesis is dedicated to theory about thermal power plants, especially those with supercritical steam parameters. In the following parts, there is a design of the thermal scheme of the coal burning power plant. First separate parts, then all interconnected. The last chapter deals with energy and media balance involved in the process.
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Numerical analysis of stabilizer clamp forming process
Zbořil, David ; Petruška, Jindřich (referee) ; Kubík, Petr (advisor)
This thesis focuses on the simulation of the clamp forming process in order to better estimate the dimensions of the development and its effect on the resulting clamp geometry. In the first part of the thesis, a research is carried out that discusses the incremental theory of plasticity, which is important for understanding the material behaviour during forming. The next part is devoted to the cold forming problem and the factors affecting the forming process. This is followed by an introduction to the principles of the Finite Element Method (FEM) and the creation of a clamp forming simulation. The paper further analyses the partial problems encountered during the simulation and finally the simulation results obtained with an ideal and a real clamp are compared. This work contributes to a better understanding of the clamp forming process and allows more accurate estimates of the dimensions of the unwinding and the resulting clamp geometry.
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Multipurpose centre in Hodonín
Zbořil, David ; Štrba, Michal (referee) ; Šmak, Milan (advisor)
This diploma thesis solves with the design and static assessment of a multipurpose center in Hodonín. The structure is divided into three statically separated parts. The two structural units, consisting of steel frames with composite reinforced concrete slabs, are symmetrical and the middle part, formed by wooden frames made of glued laminated timber. The construction was solved using a computational 3D model. The model was created in the program RFEM 5.21.01. Using the model, the internal forces and dimensions of the usual elements were calculated. The construction was assessed in the program RFEM 5.21.01 and in MS Excel 2010. The outermost buildings have 7 floors and are designed for residential and office space. The maximum height of the structure is 27.60 m, including the attic. The central multifunctional hall is roofed by a walkable green roof. The maximum height of the middle part is 12.50 m. The largest floor plan dimensions of the building are 49,050 m x 24,000 m.
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Návrh koncepce tepelné elektrárny
Zbořil, David ; Lisý, Martin (referee) ; Milčák, Pavel (advisor)
This diploma thesis deals with the design of a thermal scheme of steam power plant. The introductory part of the thesis is dedicated to theory about thermal power plants, especially those with supercritical steam parameters. In the following parts, there is a design of the thermal scheme of the coal burning power plant. First separate parts, then all interconnected. The last chapter deals with energy and media balance involved in the process.
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Design of the hatch opening system
Zbořil, David ; Hurník, Jakub (referee) ; Zatočilová, Aneta (advisor)
This work tries to design a cover that is suitable for paving or grassing and its opening mechanism. The hatch has atypical dimensions and there are requirements for maximum deflection on the roads. The lid of the cover will be filled with the surrounding material, so it will be very heavy. Therefore, it is necessary to look for an opening mechanism that opens the heavy cover with one possible and available deformation strength of the cover. The work summarizes the necessary information for the design of the cover and its opening mechanism. The work is suitable for anyone who would be interested in the design of the cover opening mechanism.
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