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Belt conveyor of construction waste
Kousal, Marek ; Malášek, Jiří (referee) ; Pokorný, Přemysl (advisor)
This bachelor thesis deals with the design of a belt conveyor for recycled construction material with a conveying capacity of 43,000 kgh, an axial distance of 29 m, and a height difference of 5.8 m. The main area of interest is the construction and functional design of belt conveyors, whose main components include the supporting structure, conveyor belt, drive drum, drive station, roller table, and tensioning device. The thesis also examines various types of recycled construction material, including brick, concrete, asphalt, and mixed material. The work includes a functional calculation of the conveyor, which was carried out according to the standard ČSN ISO 5048. The final section focuses on the design solutions of the conveyor and a survey of manufacturers of similar equipment. The proposed belt conveyor meets all specified parameters with a calculated conveying capacity of 99,720 kgh. This work provides a comprehensive overview of the construction and function of belt conveyors for recycled construction material. The thesis includes drawing documentation, which contains an assembly drawing of the belt conveyor, welding of frame parts, and chute design.
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Belt conveyor
Dvořáček, Michal ; Pokorný, Přemysl (referee) ; Malášek, Jiří (advisor)
The goal of my bachelor work themed Belt conveyor was to design a functional konception inclined belt conveyor to transport a broken concrete to distance 22 meters and supereleavation 5 meteres. The work contains a brief description of basic components of conveyors, calculating part led by norm ČSN ISO 5048 with demermination of main proportion, design of conveyor drive, supervisory part. In my work i focused mainly on solution of hopper and solidity calculation of idler wheel. The work includes project documentation.
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Reinforced concrete structure for grain hopper
Jakubcová, Hana ; Šulák, Pavel (referee) ; Strnad, Jiří (advisor)
The subject of this bachaleor‘s thesis is a design and structural assessment of reinforced concrete structure for grain hopper. The structure is located for most part in the ground and is supported by one wall against the underground wall of the mill. Walls are connected by a hole for the pipe, which is using for transport grain to the mill. Designing are walls and bottom of the structure. Calculation of load effect was made in SCIA Engineer 18.1, where is made a subsoil using module Soilin. For check the calculation is make by hand calculation on calculation model of one wall.
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Reinforced concrete structure for grain hopper
Jakubcová, Hana ; Šulák, Pavel (referee) ; Strnad, Jiří (advisor)
The subject of this bachaleor‘s thesis is a design and structural assessment of reinforced concrete structure for grain hopper. The structure is located for most part in the ground and is supported by one wall against the underground wall of the mill. Walls are connected by a hole for the pipe, which is using for transport grain to the mill. Designing are walls and bottom of the structure. Calculation of load effect was made in SCIA Engineer 18.1, where is made a subsoil using module Soilin. For check the calculation is make by hand calculation on calculation model of one wall.
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