Brake, Tire and Wheel Technology (Paperback)

The papers from the Brake Component and System Design Development (AC3) session have been combined with those from the Tire and Wheel Technology (AC9) in this Special Publication. An Original Method to Predict Brake Feel: A Combination of Design of Experiments and Sensory Science; Customer Orientation: A Further Target in Brake System Design; CFD Based Lumped Parameter Method to Predict the Thermal Performance of Brake Rotors in Vehicles; On Brake Moan Mechanism from the Modeling Perspective; Identification of In-Plane and Out-of-Plane Modal Coupling Mechanism in Brake Squeal by the Empirical Mode Decomposition Method; On Automotive Disc Brake Squeal Part I: Mechanisms and Causes; On Automotive Disc Brake Squeal Part II: Simulation and Analysis; A New System for Force and Moment Testing of Light Truck Tires; Investigation of Shear Stresses in the Tire-Road Contact Patch; Identification of Parametric Tire Models for the Fatigue Evaluation of Suspension Components; Effects of Shape of Tread Rubber Block on Dynamic Characteristics of Tire; Talking Tires -A Basis for Tire Diagnostics.