Results 281 to 290 of about 127,844 (312)
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2017
By modelling a four-wheel vehicle as a bicycle, it has been suggested (Olley 1934) that if the radius of gyration, r, in pitch is equal to the multiplication of the distance from the center of gravity of the front, a, and rear, b, wheels of the car (\( r^{2} = a \cdot b \)), the bounce center of the vehicle will be located at one spring and the pitch ...
Hormoz Marzbani +3 more
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By modelling a four-wheel vehicle as a bicycle, it has been suggested (Olley 1934) that if the radius of gyration, r, in pitch is equal to the multiplication of the distance from the center of gravity of the front, a, and rear, b, wheels of the car (\( r^{2} = a \cdot b \)), the bounce center of the vehicle will be located at one spring and the pitch ...
Hormoz Marzbani +3 more
openaire +1 more source
Modeling of commercial vehicles for vehicle dynamics control development
2014 IEEE 9th IEEE International Symposium on Applied Computational Intelligence and Informatics (SACI), 2014Commercial vehicle modeling strategies are presented in this paper. Models created are suitable for vehicle dynamics control development, computationally efficient, and well-structured. Important feature of the models is that they can easily support a huge number of possible vehicle variants with different geometrical and structural requirements. Model
Roland Kovács +2 more
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Application of Vehicle Dynamics' Active Control to a Realistic Vehicle Model
2007 American Control Conference, 2007In this paper, closed-loop controller design involving brake, tire, road and actuator modeling complexities is considered. The closed-loop is separated in two parts; the inner loop is based on optimum braking algorithm by acting on individually actuated Antilock Brake Systems and the outer loop constitutes an optimal state feedback active steering ...
Erkin Dincmen, Tankut Acarman
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Basics of Vehicle Dynamics, Vehicle Models
2018For the understanding and knowledge of the dynamic behaviour of passenger cars it is essential to use simple mechanical models as a first step. With such kind of models overall characteristic properties of the vehicle motion can be investigated. For cornering, a planar two-wheel model helps to explain understeer–oversteer, stability and steering ...
Peter Lugner, Johannes Edelmann
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Anticipation in Dynamic Vehicle Routing
2018For many routing applications, decision making is conducted under incomplete information. The information is only revealed successively during the execution of the routing. In many cases, dispatchers adapt their decisions dynamically to new information.
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VEHICLE DYNAMICS IN REALTIME SIMULATION
Vehicle System Dynamics, 1988SUMMARY This paper presents some ideas on a new concept, named COMPACT (Computer Simulation of Passenger Cars and Trucks). COMPACT was developed for the mathematical description of vehicles in all driving situations. As COMPACT is completely adopted to the particular problems in road vehicle dynamics, it results in a computer code where execution time ...
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Vehicle drifting dynamics: discovery of new equilibria
Vehicle System Dynamics, 2022Sina Milani +2 more
exaly
Vehicle Dynamics of Battery Electric Vehicles
ATZ worldwide, 2021Mario Oswald +2 more
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