TU BRAUNSCHWEIG

Study of process interactions of cultivation tools under high frequency excitation

Background

  • High frequency oscillating cultivation tools are showing lower friction and resistance between the tool and soil.

Aim

  • Advanced study and numeric modeling of the tool-soil interaction

Content

  • Modeling and Simulation using DEM
  • Validation of Simulation using a test rig
  • Optimisation of the oscillating tool-soil-system regarding reduction of pulling forces

Funded by: 



More information and publications about the project:

  • Handout in German and English here

  last changed 20.02.2017
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