Multi-Wheeled Combat Vehicle Maneuverability on Rigid and Soft Terrain

Multi-Wheeled Combat Vehicle Tire Modeling on Rigid and Soft Terrain

Vibrational Response of Tracked Vehicles with Variable Suspension Characteristics

INVESTIGATE VEHICLE DESIGN PARAMETERS EFFECT ON DYNAMIC VEHICLE STABILITY

CONTROL STRATEGY DEVELOPMENT FOR INDEPENDENT WHEEL TORQUE DISTRIBUTION FOR MULTI-WHEELED COMBAT VEHICLE

Modeling and Simulation of Tracked Vehicles Suspension

Dynamic Analysis of All-Terrain Vehicle Structure

THE EFFECT OF THE DYNAMIC WHEEL LOAD AND MEASURED SOIL BEHAVIOR ON STABILITY OF TRACKED VEHICLES

ANALYSIS OF TRACKED VEHICLES TURNING ON LEVEL TERRAINS

EVALUATION OF WHEELED VEHICLE MOBILITY AND PERFORMANCE PREDICTION ON DEFORMABLE SOIL