The use of electric motors as traction drives promises an improvement of the wheel speed control of passenger cars. Using a cross disciplinary and coordinated control of the break and propulsion systems, new software based drive train damping concepts and by solving the today only situation-dependent availability of the electromotive braking, this thesis shows a possibility for a higher exploitation of the dynamic potential of the electric drive train and facilitates the electric drive train to be an integral part of the braking and stabilizing system.
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The use of electric motors as traction drives promises an improvement of the wheel speed control of passenger cars. Using a cross disciplinary and coordinated control of the break and propulsion systems, new software based drive train damping concepts and by solving the today only situation-dependent availability of the electromotive braking, this thesis shows a possibility for a higher exploitation of the dynamic potential of the electric drive train and facilitates the electric drive train to...
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