The steering forces on an undriven, angled wheel mounting a 6-16 8PR tire were measured on a wheel test carriage at zero camber angle and at 1.5 km/h forward speed in a soil bin with sandy clay loam soil. The lateral force developed was found to be a function of slip angle, normal load, and inflation pressure for a particular soil condition. An exponential relationship could estimate the coefficient of lateral force of the 6-16 tire. The coefficients of this equation were found to be linearly related to inflation pressure. Rolling resistance of the wheel tested was found to be a function of slip angle, normal load, and inflation pressure for the soil condition tested. A linear relationship existed between the rolling resistance and slip angle, where the coefficients were found to be a function of inflation pressure and normal load. The generalized equations developed in the present study for estimating coefficients of lateral force and rolling resistance by taking both the tire and operating parameters into account, were found to be reasonably good by looking at the high coefficient of determination between experimental and estimated values.
Steering forces on undriven tractor wheel
Journal of Terramechanics ; 40 , 3 ; 161-178
2003
18 Seiten, 19 Quellen
Aufsatz (Zeitschrift)
Englisch
Steering forces on undriven tractor wheel
Online Contents | 2003
|Steering forces on undriven tractor wheel
Kraftfahrwesen | 2003
|Steering forces on undriven, angled wheels
Elsevier | 1981
|Steering Forces on Undriven, Angled Wheels
Kraftfahrwesen | 1981
|Forces On Undriven, Angeled Wheels
Kraftfahrwesen | 1984
|