The roll stability of frame-steered two-axle vehicles during steady cornering.

Author(s)
Newland, D.E.
Year
Abstract

The roll stability during steady-state cornering of framestreered two-acle, articulated vehicles is considered. The motion is described by eight coupled equations of motion, whose derivation is explained. These equations are solved numerically for typical design data and the effect on stability of changing different design parameters is explored.

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Publication

Library number
B 21748 (In: B 21729) /91/ IRRD 268939
Source

In: The dynamics of vehicles on roads and tracks : proceedings of the 7th IAVSD symposium held at Cambridge University, Cambridge, UK, September 7-11, 1981, p. 252-266, 3 fig., 8 graph., 5 ref.

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