Vehicle Dynamics and Control Systems
Description: This cluster of papers focuses on advanced control systems for vehicle dynamics, including autonomous vehicles, model predictive control, estimation of tire-road friction, active steering, yaw stability control, and driver assistance. The research aims to improve the performance, safety, and stability of vehicles through innovative control strategies and technologies.
Characteristic keywords: vehicle dynamics, vehicle stability, vehicle handling, anti-lock braking system, vehicle dynamics simulation, vehicle dynamics modeling, vehicle stability control, vehicle dynamics control, steering system, vehicle control, steer-by-wire, electric power steering, vehicle steering, traction control, steering control, lateral acceleration, sideslip, four-wheel steering, tire-road interaction, braking performance, tire model, yaw rate, torque distribution, vehicle lateral dynamics, vehicle handling stability
Sibling topics: Advanced Battery Technologies Research, Additive Manufacturing and 3D Printing Technologies, Electric and Hybrid Vehicle Technologies, Autonomous Vehicle Technology and Safety, Spatial Cognition and Navigation, Transportation and Mobility Innovations, Vehicle emissions and performance, Brake Systems and Friction Analysis, Vehicle Noise and Vibration Control, Technical Engine Diagnostics and Monitoring, Engine and Fuel Emissions
Parent subfield: Automotive Engineering
Field: Engineering
Domain: Physical Sciences
OpenAlex ID: T10805