Print Email Facebook Twitter Influence of active camber control on steering feel Title Influence of active camber control on steering feel Author Roethof, D.N. Contributor Shryokau, B. (mentor) Faculty Mechanical, Maritime and Materials Engineering Department Precision and Microsystems Engineering Programme Automotive Date 2016-01-13 Abstract Active camber control is a novel suspension control method which can improve the lateral forces on the tires of a vehicle. The mechanism actively tilts the tires into the corner like a motorcycle would lean into the corner. This is not only desired in the race car industry where everything is focused on driving performance, but also in daily life for example during an emergency manoeuvre. These increased lateral tire forces can make a significant difference in avoiding or crashing into the hazard. Until the era of autonomous vehicles, the driver is in control of the vehicle and therefore the question regarding steering feel arises. A novel suspension system cannot simply be used, because the steering feel of the driver is important to ensure vehicle control. An active camber control system is implemented in the driving simulator and tests were performed taking the human in the loop. Subject active camberautomotivetire tilthuman in the loop To reference this document use: http://resolver.tudelft.nl/uuid:0db08bf4-f6aa-46a4-9c3a-2f1aca12f448 Part of collection Student theses Document type master thesis Rights (c) 2016 Roethof, D.N. Files PDF Final_report_repository.pdf 27.71 MB Close viewer /islandora/object/uuid:0db08bf4-f6aa-46a4-9c3a-2f1aca12f448/datastream/OBJ/view