Hydroplaning speed is known to vary over a range of tire slipping conditions from free rolling to completely skidding. An attempt has been made to simulate two extreme conditions of hydroplaning i.e. when the tire is completely rolling (0% slip) and a completely locked tire (100% slip). ASTM standard smooth tire moving over the plane pavement surface is considered in the model. The analyses showed that the hydroplaning risk associated with the locked tire is more than the rolling tire. The modeling was carried out using the commercial finite element software package, ABAQUS.Delft University of Technolog
Abstract: This article exposes some results of a study, which aims at modelling the hydroplan-ing ph...
Vehicle tire aquaplaning is a dangerous phenomenon, characterized in its hydrodynamic form by the ti...
The widely adopted NASA hydroplaning equation has been able to predict closely the hydroplaning spee...
Hydroplaning speed is known to vary over a range of tire slipping conditions from free rolling to co...
AbstractHydroplaning speed is known to vary over a range of tire slipping conditions from free rolli...
Vehicle use is inherently linked to the risks. While transport means are being constantly improved, ...
Hydroplaning is known to be a major cause of wet-weather road accidents. The risk of hydroplaning in...
Hydroplaning is a driving phenomenon threating vehicle’s control stability and safety. It happens wh...
2018Final Report, 10/01/2016 \u2013 12/31/2017PDFTech ReportCAIT-UTC-NC46DTRT13-G-UTC28Crash risk fo...
The current means of predicting the skid resistance of a wet pavement and the speed at which hydropl...
Pneumatic hydroplaning has been identified as one of the major causes of wet weathertraffic accident...
Hydroplaning, as well known, greatly affects safety since it leads to the loss of contact between ti...
Hydroplaning represents a threat for riding safety since a wedge of water generated at the tire-road...
Pavement grooving has been used on highways as means to reduce hydroplaning and wet-weather accident...
Grooving of tire tread is necessary to provide sufficient skid resistance for wet-weather driving an...
Abstract: This article exposes some results of a study, which aims at modelling the hydroplan-ing ph...
Vehicle tire aquaplaning is a dangerous phenomenon, characterized in its hydrodynamic form by the ti...
The widely adopted NASA hydroplaning equation has been able to predict closely the hydroplaning spee...
Hydroplaning speed is known to vary over a range of tire slipping conditions from free rolling to co...
AbstractHydroplaning speed is known to vary over a range of tire slipping conditions from free rolli...
Vehicle use is inherently linked to the risks. While transport means are being constantly improved, ...
Hydroplaning is known to be a major cause of wet-weather road accidents. The risk of hydroplaning in...
Hydroplaning is a driving phenomenon threating vehicle’s control stability and safety. It happens wh...
2018Final Report, 10/01/2016 \u2013 12/31/2017PDFTech ReportCAIT-UTC-NC46DTRT13-G-UTC28Crash risk fo...
The current means of predicting the skid resistance of a wet pavement and the speed at which hydropl...
Pneumatic hydroplaning has been identified as one of the major causes of wet weathertraffic accident...
Hydroplaning, as well known, greatly affects safety since it leads to the loss of contact between ti...
Hydroplaning represents a threat for riding safety since a wedge of water generated at the tire-road...
Pavement grooving has been used on highways as means to reduce hydroplaning and wet-weather accident...
Grooving of tire tread is necessary to provide sufficient skid resistance for wet-weather driving an...
Abstract: This article exposes some results of a study, which aims at modelling the hydroplan-ing ph...
Vehicle tire aquaplaning is a dangerous phenomenon, characterized in its hydrodynamic form by the ti...
The widely adopted NASA hydroplaning equation has been able to predict closely the hydroplaning spee...