Much research has been performed on predicting the derailment of a rail car when properly situated on rails. However, less work has been performed on evaluating what happens to a railcar’s wheel after derailment. Recent work has used a simplified off-track ground friction coefficient to aid in the prediction of post-derailment car trajectories. This paper uses soil cutting theory to investigate the lateral and longitudinal forces acting on a derailed wheel in different soil types. Findings are compared to the use of the simplified off-track ground friction and may improve the accuracy of current derailment simulation techniques.
Evaluation of Forces on Derailed Wheels Using Soil Cutting Theory
Krueger, DR, & Dick, MG. "Evaluation of Forces on Derailed Wheels Using Soil Cutting Theory." Proceedings of the 2009 Joint Rail Conference. 2009 Joint Rail Conference. Pueblo, Colorado, USA. March 4–5, 2009. pp. 219-228. ASME. https://doi.org/10.1115/JRC2009-63057
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