Measured Power Dissipation of Shock Absorbers on Light and Heavy Commercial Vehicles
Assessment of Vehicle Performances with Energy-Harvesting Shock Absorbers
Design Improvement of an Automotive Shock Absorber Component Subjected to Fretting Fatigue
Energy Dissipation and Recovery of Vehicle Shock Absorbers
Study of a Mono-Tube Hydraulic Energy Harvesting Shock Absorber
Numerical investigation of energy absorbers in composite materials for automotive applications
Active Brake Pedal Feedback Simulator Based on Electric Drive
Prediction and Identification of Vehicle Rattle Noise Caused by Shock Absorbers
Analysis and Optimization of Shock Absorber Behavior in Electric Vehicles
Influence of Shim Bending Mode on Damping Force Variation of a Hydraulic Twin Tube Shock Absorber
Double Tube Shock Absorber Model for Noise and Vibration Analysis
Heat Generation Mechanism and Failure Analysis of Shock Absorber
Steering and Handling Performance Following a Full Tire Tread Belt Separation
Studies on Dynamic Stiffness and Damping of the Vibration Energy Recovery System
Improving Vehicle-Trailer System Dynamic Stability through Damper Tuning