AbstractThis paper presents the development of a dynamic model of an electric vehicle with motors in all four wheels. The detailed model, is been developed in ADAMS® platform. It has 14 degrees of freedom and in it are included all elements of the actual vehicle such as coil springs, telescopic shock absorbers and pneumatic wheels. The model has been validated experimentally in the actual vehicle, showing the goodness of fit. This dynamic simulator will serve as a test bed for improving vehicle and driver pretesting traction and stability
The paper outlines the developed mathematical model of an electric vehicle to control its traction a...
Many studies are currently being developed on mechatronic systems aiming at the enhancement of vehic...
Many studies are currently being developed on mechatronic systems aiming at the enhancement of vehic...
A relatively new technology for the electric vehicles considers the use of brushless permanent magne...
A relatively new technology for the electric vehicles considers the use of brushless permanent magne...
A relatively new technology for the electric vehicles considers the use of brushless permanent magne...
The introduction of electric propulsion systems in automobiles is helping to reduce fossil fuel cons...
The introduction of electric propulsion systems in automobiles is helping to reduce fossil fuel cons...
Despite numerous available multi-body simulation packages, a vehicle modeling for simulating car-han...
The paper describes the dynamic analysis of an innovative vehicle driven by two "in wheel" brushless...
The paper deals with the development of fast and lightweight vehicle dynamics models oriented to the...
The paper describes the dynamic analysis of an innovative vehicle driven by two "in wheel" brushless...
The paper describes the dynamic analysis of an innovative vehicle driven by two "in wheel" brushless...
Following the electrification trends in the automotive sector, many powertrain architectures are bei...
This research effort is geared towards better representation of vehicle dynamics in traffic simulati...
The paper outlines the developed mathematical model of an electric vehicle to control its traction a...
Many studies are currently being developed on mechatronic systems aiming at the enhancement of vehic...
Many studies are currently being developed on mechatronic systems aiming at the enhancement of vehic...
A relatively new technology for the electric vehicles considers the use of brushless permanent magne...
A relatively new technology for the electric vehicles considers the use of brushless permanent magne...
A relatively new technology for the electric vehicles considers the use of brushless permanent magne...
The introduction of electric propulsion systems in automobiles is helping to reduce fossil fuel cons...
The introduction of electric propulsion systems in automobiles is helping to reduce fossil fuel cons...
Despite numerous available multi-body simulation packages, a vehicle modeling for simulating car-han...
The paper describes the dynamic analysis of an innovative vehicle driven by two "in wheel" brushless...
The paper deals with the development of fast and lightweight vehicle dynamics models oriented to the...
The paper describes the dynamic analysis of an innovative vehicle driven by two "in wheel" brushless...
The paper describes the dynamic analysis of an innovative vehicle driven by two "in wheel" brushless...
Following the electrification trends in the automotive sector, many powertrain architectures are bei...
This research effort is geared towards better representation of vehicle dynamics in traffic simulati...
The paper outlines the developed mathematical model of an electric vehicle to control its traction a...
Many studies are currently being developed on mechatronic systems aiming at the enhancement of vehic...
Many studies are currently being developed on mechatronic systems aiming at the enhancement of vehic...