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作者名单
FOREWORD
前言
目录
Chapter1 An Introduction to Tire Structural Dynamics
1.2 Tire Stress and Cord Force in Radial Tires
1.3 Tire Vibration-Acoustics
1.4 Tire vibration-Impact Simulation with cleat
1.5 Tire Rolling Kinematic Forces and Moments Prediction Theory
1.6 Summary
References
Chapter2 Vehicle/Tire/Road Interaction-Simulation, Experiment and Sensing
2.1 Introduction
2.3 Traction on wet, ice and snow surface
2.4 Sensing technology of contact area information (intelligent tire)
References
Chapter3 RMOD-K Tyre Model Family
List of symbols
3.1 Introduction
3.2 Structure dynamics
3.3 Tangential Contact
3.4 Model family application examples
References
Chapter4 Simulation Based Optimal Design of Robust Tires
4.1 Introduction
4.2 Optimization Task for Tires
4.3 Tire Analysis
4.4 Uncertainty Description
4.5 Robustness Investigation within the Optimization Task
4.6 Optimization Algorithm
4.7 Results
References
Chapter5 Tire Performance Targets from Vehicle/Tire System Dynamics
5.2 Tire is important for vehicle performance
5.4 Tire and vehicle dynamics
5.5 Tire model used in vehicle dynamics
5.6 Tire as a part of vehicle
5.7 Discussions and conclusions
Chapter6 A Numerical Modeling of Dynamic Curing Process of Tire by Finite Element
6.2 Theoretical Foundation of Tire Curing Modeling
6.3 Finite Element Formulation of a heat transfer problem for axisymmetric Composite Materials Structures
6.4 Numerical Validation
6.5 Results and Discussions
6.6 Concluding Remarks
Chapter7 Gradual innovations in tire structure design and production process
7.2 Main Functions of Tire
7.3 Contradictions between Multiple Objectives Optimization of Tire Function and the Structure
7.4 Strengthen the Nature Functions of Tire and Dissolve Structural Contradiction
7.5 Development Directions of Tire Design and Manufacture
References
Chapter8 Design-calculation Method of Rubber Component and Airspring
8.2 Calculation Method of Rubber Component based on Engineering Application
8.3 Loading theory and basic calculation method of airspring
8.4 Modeling technology of airspring system and its loading performance analysis
Reference
Chapter9 Fatigue Life Prediction for Elastomeric Structures
9.2 Fatigue Failure Processes
9.3 Physics of Fatigue Failure
9.4 Material Behavior
9.5 Multiaxial Loading
9.6 Variable Amplitude Loading
References
Subject Index
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