|
Belt conveyor for crushed limestone
Haša, Jakub ; Pokorný, Přemysl (referee) ; Malášek, Jiří (advisor)
The aim of this bachelor thesis is to present a structural design of a belt conveyor for crushed limestone. The transport distance is 28 meters with superelevation of 7 meters. The traffic performance of the belt is set at 43,000 kg.h-1. The structural design depends on calculation according to the standard ČSN ISO 5048. The study contains brief description of basic parts, followed by control calculation of bulk material and drive pulley. The attachment includes necessary drawing documentation.
|
| |
|
Belt conveyor for crushed limestone
Kadyrgozhin, Yermek ; Pokorný, Přemysl (referee) ; Malášek, Jiří (advisor)
The principle of this thesis is to design and calculation of belt conveyor for transport of crushed limestone with the capacity of 47,000 kg per hour, a height difference of 5,3 meters and 21,7 meters axial distance. The thesis includes a brief description of the main parts of the belt conveyor, the functional calculations according to standard ČSN ISO 5048, the determination of the main dimensions, the design of the drive and conveyor belt tensioning device. It is also performed stress analysis of selected parts of the conveyor belt, and analysis of the characteristics of the conveyed material. The thesis is accompanied by all the necessary technical drawings.
|
| |
|
Belt conveyor for transport of limestone
Kaderka, Zdeněk ; Škopán, Miroslav (referee) ; Malášek, Jiří (advisor)
This thesis is dealing with the design of the inclined belt conveyor for transport of crushed limestone. Thesis is specialized on the functional calculation, main dimensions of the conveyor, according to the valid standard ČSN ISO 4058 and design of the drum drive. Thesis includes assembly drawing of the conveyor, subassembly drawing of the welded support and subassembly drawing of through part of conveyor frame.
|
|
Belt conveyor
Gelnar, Václav ; Škopán, Miroslav (referee) ; Řezníček, Milan (advisor)
Bachelor thesis is about a design of a belt conveyor for crushed limestone. In the first part are belt conveyors designs options summarized. The second part consists of a calculations based on ČSN ISO 5048 standard. In the thesis are designed basic parts of a conveyor. In the last part the stress and forces on the drum and the bearings lifetime are calculated
|
|
Belt conveyor for crushed limestone
Haša, Jakub ; Pokorný, Přemysl (referee) ; Malášek, Jiří (advisor)
The aim of this bachelor thesis is to present a structural design of a belt conveyor for crushed limestone. The transport distance is 28 meters with superelevation of 7 meters. The traffic performance of the belt is set at 43,000 kg.h-1. The structural design depends on calculation according to the standard ČSN ISO 5048. The study contains brief description of basic parts, followed by control calculation of bulk material and drive pulley. The attachment includes necessary drawing documentation.
|
|
Belt conveyor for crushed limestone
Kadyrgozhin, Yermek ; Pokorný, Přemysl (referee) ; Malášek, Jiří (advisor)
The principle of this thesis is to design and calculation of belt conveyor for transport of crushed limestone with the capacity of 47,000 kg per hour, a height difference of 5,3 meters and 21,7 meters axial distance. The thesis includes a brief description of the main parts of the belt conveyor, the functional calculations according to standard ČSN ISO 5048, the determination of the main dimensions, the design of the drive and conveyor belt tensioning device. It is also performed stress analysis of selected parts of the conveyor belt, and analysis of the characteristics of the conveyed material. The thesis is accompanied by all the necessary technical drawings.
|
|
Belt conveyor
Gelnar, Václav ; Škopán, Miroslav (referee) ; Řezníček, Milan (advisor)
Bachelor thesis is about a design of a belt conveyor for crushed limestone. In the first part are belt conveyors designs options summarized. The second part consists of a calculations based on ČSN ISO 5048 standard. In the thesis are designed basic parts of a conveyor. In the last part the stress and forces on the drum and the bearings lifetime are calculated
|
| |