AbstractThe electric golf cart of LIPI is designed traditionally without calculating geometric and kinematic properties of it steering layout. Furthermore, it resulting less quality of handling and make it less safe to operate. The kinematics calculation of steering linkages has been explained by Ackerman. So, this paper's purpose is to calculate and make recommendation for electric golf cart of LIPI as a solution for improving the handling quality. The result is that maximum turning angle of the car is limited by 30° and the car has R at 372cm. This is an ideal value according to Ackerman calculation
This work include the theory,design and analysis of go - kart Steering system. Usually a go - kart o...
This research aims to achieve the smallest possible turning radius for the knuckle joint while also ...
VehicIe handling behavior is much influenced by the performance of steering system and its mechanism...
Steering linkages play an important role in maneuvering of cars. In order to provide pure rolling of...
Ackermann is an important variable of a steering system for any vehicle. The application in which ou...
Electric vehicles are becoming more demanding these days. In this project the possibility of using A...
To facilitate easy and proper steering of the vehicle while negotiating a turn, as per the requireme...
Production cars are designed to understeer and rarely do they over steer. If a car could automatical...
Current technology has developed rapidly, especially in automotive engine which now has been replace...
Steering system is used to steer the vehicle according to need. In order to design a steering system...
Due to the actual vehicle dimensions, low occupancy rates and the increase of world population, a tr...
Ackermann geometry is designed into the steering system of a vehicle to turn the wheels at slightly ...
The Personal Mobility Vehicle (PMV), which has an inward-tilting angle, turns with lateral force due...
An accurate vehicle and steering system model has been developed and experimentally validated to inv...
The most conventional steering arrangement is to turn the front wheels using a hand–operated steerin...
This work include the theory,design and analysis of go - kart Steering system. Usually a go - kart o...
This research aims to achieve the smallest possible turning radius for the knuckle joint while also ...
VehicIe handling behavior is much influenced by the performance of steering system and its mechanism...
Steering linkages play an important role in maneuvering of cars. In order to provide pure rolling of...
Ackermann is an important variable of a steering system for any vehicle. The application in which ou...
Electric vehicles are becoming more demanding these days. In this project the possibility of using A...
To facilitate easy and proper steering of the vehicle while negotiating a turn, as per the requireme...
Production cars are designed to understeer and rarely do they over steer. If a car could automatical...
Current technology has developed rapidly, especially in automotive engine which now has been replace...
Steering system is used to steer the vehicle according to need. In order to design a steering system...
Due to the actual vehicle dimensions, low occupancy rates and the increase of world population, a tr...
Ackermann geometry is designed into the steering system of a vehicle to turn the wheels at slightly ...
The Personal Mobility Vehicle (PMV), which has an inward-tilting angle, turns with lateral force due...
An accurate vehicle and steering system model has been developed and experimentally validated to inv...
The most conventional steering arrangement is to turn the front wheels using a hand–operated steerin...
This work include the theory,design and analysis of go - kart Steering system. Usually a go - kart o...
This research aims to achieve the smallest possible turning radius for the knuckle joint while also ...
VehicIe handling behavior is much influenced by the performance of steering system and its mechanism...