Copyright © 2004 SAE International This paper investigates the effect of various vehicle parameters on rollover propensity using computer simulation. The computer simulation’s accuracy is verified by comparing it to experimental data from NHTSA’s Phase IV testing on rollover of passenger vehicles. The vehicle model used in the simulation study considers the non-linear, transient dynamics of both yaw and roll motion. The vehicle model is subjected to a specific steering input defined by NHTSA, the Fishhook 1a. A correlation between the vehicle parameter of center of gravity location and rollover propensity is found using the validated vehicle simulation
This paper provides a statistical assessment of the effect of occupancy on the rollover propensity o...
Vehicle rollovers are one of the least forgiving crash modes with one of the highest occupant fatali...
A computational model of a mid-size sport utility vehicle was developed using MADYMO. The model incl...
Rollover propensity is an important safety issue which should be considered early in the design of a...
Rollover is a dangerous phenomenon. It is closely related to the vehicle roll angle. The greater the...
A rollover is defined as any vehicle rotation of 90 degrees or more about a longitudinal or lateral ...
016756252018PDFTech ReportATLAS-2018-22, ATLAS-602761-00022-1DTRT13-G-UTC54Monte Carlo methodRollove...
A passively suspended road vehicle rolls outwards under the influence of lateral acceleration when c...
Recent data show that 35% of fatal crashes in sport utility vehicles included vehicle rollover. At t...
The theoretical model of motor vehicle movement and rollover is presented. This model consists of th...
In this paper, the selected phenomena related to a motor vehicle’s motion have been considered based...
International audienceThis paper discusses the effects of the roll control on the vehicle performanc...
Considering the importance of increasing driving safety, the study of safety is a popular and critic...
© 2016, Editorial Office of Journal of Vibration and Shock. All right reserved. The energy approach ...
International audienceConsidering the importance of increasing driving safety, the study of safety i...
This paper provides a statistical assessment of the effect of occupancy on the rollover propensity o...
Vehicle rollovers are one of the least forgiving crash modes with one of the highest occupant fatali...
A computational model of a mid-size sport utility vehicle was developed using MADYMO. The model incl...
Rollover propensity is an important safety issue which should be considered early in the design of a...
Rollover is a dangerous phenomenon. It is closely related to the vehicle roll angle. The greater the...
A rollover is defined as any vehicle rotation of 90 degrees or more about a longitudinal or lateral ...
016756252018PDFTech ReportATLAS-2018-22, ATLAS-602761-00022-1DTRT13-G-UTC54Monte Carlo methodRollove...
A passively suspended road vehicle rolls outwards under the influence of lateral acceleration when c...
Recent data show that 35% of fatal crashes in sport utility vehicles included vehicle rollover. At t...
The theoretical model of motor vehicle movement and rollover is presented. This model consists of th...
In this paper, the selected phenomena related to a motor vehicle’s motion have been considered based...
International audienceThis paper discusses the effects of the roll control on the vehicle performanc...
Considering the importance of increasing driving safety, the study of safety is a popular and critic...
© 2016, Editorial Office of Journal of Vibration and Shock. All right reserved. The energy approach ...
International audienceConsidering the importance of increasing driving safety, the study of safety i...
This paper provides a statistical assessment of the effect of occupancy on the rollover propensity o...
Vehicle rollovers are one of the least forgiving crash modes with one of the highest occupant fatali...
A computational model of a mid-size sport utility vehicle was developed using MADYMO. The model incl...