PhDStudent
Chemnitz University of Technology, Professorship of Conveying Engineering and Materials Handling
Reichenhainer Straße 70
09126 Chemnitz
Germany
+49 371 531 34354
+49 371 531 834354
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Uploaded abstract link: # Extended Review Abstract.pdf
Uploaded final paper link: # Full Paper.pdf.
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Ivo Maximow
PhD Student
Chemnitz University of Technology, Professorship of Conveying Engineering and Materials Handling
Markus Helbig
Senior Research Associate
Chemnitz University of Technology, Professorship of Conveying Engineering and Materials Handling
Sebastian Weise
Senior Research Associate
Chemnitz University of Technology, Professorship of Conveying Engineering and Materials Handling
Markus Golder
Full Professor
Chemnitz University of Technology, Professorship of Conveying Engineering and Materials Handling
PhD Student
Chemnitz University of Technology, Professorship of Conveying Engineering and Materials Handling
Markus Helbig
Senior Research Associate
Chemnitz University of Technology, Professorship of Conveying Engineering and Materials Handling
Sebastian Weise
Senior Research Associate
Chemnitz University of Technology, Professorship of Conveying Engineering and Materials Handling
Markus Golder
Full Professor
Chemnitz University of Technology, Professorship of Conveying Engineering and Materials Handling
Directly driven conveying belt
Belt conveyor are very popular due to their low complexity and high flexibility. In the classical drive concept the power of the drive is transmitted via force contact between the belt and the role. Therefor the belt has to be under tension between the two roles. By this way of drive the length, the life or the transportation power of the conveyor belt is limited. By developing a direct drive the disadvantages of the classical drive will be avoided.
Therefor a belt with an internal copper layer, which is used as moving part of an induction engine, and the belonging engine stator was developed.
