Road and off-road vehicle system dynamics. Understanding the future from the past
Road and off-road vehicle system dynamics. Understanding the future from the past
Power losses and energy efficiency of multi-wheel drive vehicles: A method for evaluation
Power losses and energy efficiency of multi-wheel drive vehicles: A method for evaluation
Power losses and energy efficiency of multi-wheel drive vehicles: A method for evaluation
All-Wheel Driveline Mechatronic Systems: Principles of Wheel Power Management
Stability of Motion and Mobility Analysis of a 4×4 Hybrid-Electric Vehicle with Passive Drivelines
Agile tire slippage dynamics for radical enhancement of vehicle mobility
Agile tire slippage dynamics for radical enhancement of vehicle mobility
A Central Differential Gear Ratio Optimization of a 6×6 Articulated Dump Truck
A Method of a Wheel Power Distribution and Its Application to Vehicles
Innovative Graduate Program in Mechatronics Engineering to Meet the Needs of the Automotive Industry
Terrain Truck: Control of Wheel Rotational Velocities and Tire Slippages
DETC2019-97307 Water-Egressing Mobility of an Amphibious Vehicle With a Controllable H-Driveline
Tire Longitudinal Elasticity and Effective Rolling Radii: Experimental Method and Data