Similarities between 0-4-6 and UIC classification of locomotive axle arrangements
0-4-6 and UIC classification of locomotive axle arrangements have 5 things in common (in Unionpedia): Engerth locomotive, Leading wheel, Trailing wheel, Wheel arrangement, Whyte notation.
Engerth locomotive
The Engerth locomotive was a type of early articulated steam locomotive designed by Wilhelm Freiherr von Engerth for use on the Semmering Railway in Austria.
0-4-6 and Engerth locomotive · Engerth locomotive and UIC classification of locomotive axle arrangements ·
Leading wheel
The leading wheel or leading axle or pilot wheel of a steam locomotive is an unpowered wheel or axle located in front of the driving wheels.
0-4-6 and Leading wheel · Leading wheel and UIC classification of locomotive axle arrangements ·
Trailing wheel
On a steam locomotive, a trailing wheel or trailing axle is generally an unpowered wheel or axle (wheelset) located behind the driving wheels.
0-4-6 and Trailing wheel · Trailing wheel and UIC classification of locomotive axle arrangements ·
Wheel arrangement
In rail transport, a wheel arrangement or wheel configuration is a system of classifying the way in which wheels are distributed under a locomotive.
0-4-6 and Wheel arrangement · UIC classification of locomotive axle arrangements and Wheel arrangement ·
Whyte notation
The Whyte notation for classifying steam locomotives by wheel arrangement was devised by Frederick Methvan Whyte, and came into use in the early twentieth century following a December 1900 editorial in American Engineer and Railroad Journal.
0-4-6 and Whyte notation · UIC classification of locomotive axle arrangements and Whyte notation ·
The list above answers the following questions
- What 0-4-6 and UIC classification of locomotive axle arrangements have in common
- What are the similarities between 0-4-6 and UIC classification of locomotive axle arrangements
0-4-6 and UIC classification of locomotive axle arrangements Comparison
0-4-6 has 12 relations, while UIC classification of locomotive axle arrangements has 40. As they have in common 5, the Jaccard index is 9.62% = 5 / (12 + 40).
References
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