Electric Tracked Vehicle Steering Committee. The power distribution and fuel economy of hybrid electric vehicles are greatly influenced by energy management strategies (emss). The addition of hydraulic or electric actuators to the steering system increases the system's controllable energy, requiring the driver to spend minimum effort regardless of the.
According to the analysis of the fundamental steering theories of the electric drive tracked vehicle, a new effective electric drive tracked vehicle model is built in this paper. Javier is an associate professor and director of the uwicore laboratory at the universidad miguel hernández (umh) of elche in.
Firstly, The Kinematics And Dynamics Of Tracked Vehicle During The Steering Process On Ramp Are Analyzed In Detail Aiming At The Problem That It’s Complex And.
An adaptive sliding mode steering control method is proposed for the problem of road surface uncertainty affecting the steering stability of electric drive tracked vehicle.
According To The Analysis Of The Fundamental Steering Theories Of The Electric Drive Tracked Vehicle, A New Effective Electric Drive Tracked Vehicle Model Is Built In This Paper.
This paper proposes a layered controller that integrates preview model, backstepping control algorithm, and differential compensation structure to enhance the.
A Low Cost Tracked Vehicle Steering System Design Providing Pivot Turning And Infinitely Variable Turning Radius.
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The Power Distribution And Fuel Economy Of Hybrid Electric Vehicles Are Greatly Influenced By Energy Management Strategies (Emss).
A low cost tracked vehicle steering system design providing pivot turning and infinitely variable turning radius.
The Addition Of Hydraulic Or Electric Actuators To The Steering System Increases The System's Controllable Energy, Requiring The Driver To Spend Minimum Effort Regardless Of The.
The strategy is devoted to the steering dynamic process;