Adaptive Control Strategy of a Kalman Filter Active Vehicle Suspension
Adaptive fuzzy optimal control for a class of active suspension systems with full‐state constraints
Adaptive fuzzy optimal control for a class of active suspension systems with full-state constraints
Adaptive fuzzy optimal control for a class of active suspension systems with full‐state constraints
Adaptive LQR Control Strategy for Active Suspension System
Adaptive Suspension of Vehicles with Wide Range of Control
A Design Approach to Optimize Suspension Clunking Noise in Passenger Vehicles
Adopting Pothole Mitigation System for Improved Ride, Handling and Enhanced Component Life
A “Drive-On” RPM Sensor for use with HGVs (Trucks)
A Dry Air, Electronic-Controlled Leveling System for Passenger Cars and Light Trucks
Advanced Hydraulic Suspension Ride Simulation Using a 3-Dimensional Vehicle Model
Advanced MacPherson Strut Bending Model for Improved Accuracy Using Simple Inputs
Advanced State Estimator Design for an Active Suspension
Advanced Suspension Systems for Heavy Vehicles
Aerospace Mechanisms Symposium. (23rd), Held in Huntsville, Alabama on May 3-5, 1989
A Facility for the Measurement of Heavy Truck Chassis and Suspension Kinematics and Compliances
A Frequency Analysis of Semiactive Control Methods for Vehicle Application
A Fuzzy Controller for Automotive Active Suspension Systems
A Geometrical Model for Lateral Flexibility of Tires
Agricultural Tractor Chassis Suspension System for Improved Ride Comfort
A Hardware-in-the-Loop Test Bench for the Validation of Complex ECU Networks
A High-Bandwidth Active Suspension for Motion Sickness Mitigation in Autonomous Vehicles
Air Isolation of Class 8 Highway Tractor Cabs
Air Suspension System Model and Optimization
AIRTRANS Urban Technology Program. Phase II. Volume 6. Severe Weather
A Mathematical Model of Truck Tandem Bogie Suspension
A Method of Bending Vibration Analysis for a Vehicle with Flexibly Suspended Components
A Methodology for Laboratory Testing of Truck Cab Suspensions
A Methodology for Measurement of Vehicle Parameters Used in Dynamic Studies
A Methodology for Multi-Objective Design Optimization (MDO) of Automotive Suspension Systems
Amphibious Vehicle Water Egress Modeling and Simulation Using CFD and Bekker’s Methodology
A Multibody Dynamics Program for Truck Simulation
A Multi-Objective Optimization Method by Sequential Linear Programming
An Adaptive Suspension of Vehicles with New Principle of Action
Analysis and Design of Limited Bandwidth Active Hydropneumatic Vehicle Suspension Systems
Analysis and optimization of air suspension system with independent height and stiffness tuning
Analysis and Optimization of Vehicle Steering System
Analysis and Reduction of Power Steering Noise During Static Steering Operation
Analysis Methods and Results of Digital Dynamic Analysis of the Minuteman Transporter-Erector