Tyre and Vehicle Dynamics 1st Edition by Hans B Pacejka ISBN 0768011264 9780768011265 by Hans Pacejka 9780750651417, 0750651415 instant download after payment.
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ISBN 10: 0768011264
ISBN 13: 9780768011265
Author: Hans B Pacejka
Tyre and Vehicle Dynamics 1st Table of contents:
Part I: Tyre Mechanics and Characteristics
Chapter 1: Tyre Construction and Properties
- Tyre Components: Tread, Sidewall, Casing, Belts, Bead
- Tyre Types: Radial, Bias-Ply, Tubeless, Run-Flat, Winter, All-Season, Performance
- Tyre Materials: Rubber Compounds, Cords, Fillers
- Manufacturing Processes and Quality Control
- Tyre Specifications: Size Designation, Load Index, Speed Rating
Chapter 2: Tyre-Road Contact and Friction
- The Contact Patch: Shape, Size, and Pressure Distribution
- Adhesion, Hysteresis, and Friction Mechanisms
- Coefficient of Friction: Factors Affecting It (Surface, Temperature, Slip)
- Slip Ratio and Slip Angle: Fundamental Concepts
- Rolling Resistance: Causes and Impact on Fuel Economy
Chapter 3: Tyre Forces and Moments
- Longitudinal Force (Tractive/Braking Force) and Slip Ratio
- Lateral Force (Cornering Force) and Slip Angle
- Self-Aligning Torque (SAT): Pneumatic Trail and Caster Effect
- Overturning Moment and Rolling Resistance Moment
- Camber Thrust and Camber Stiffness
- Combined Slip: Tyre Behavior under Concurrent Longitudinal and Lateral Forces
Chapter 4: Tyre Models
- Linear Tyre Models (e.g., Cornering Stiffness, Longitudinal Stiffness)
- Empirical Tyre Models:
- Pacejka's Magic Formula (Concepts, Parameters, Applications)
- Brush Model (Physical Interpretation)
- Physical Tyre Models (e.g., Finite Element Analysis basics for tyres)
- Neural Network and Data-Driven Tyre Models
- Tyre Testing and Data Acquisition
Chapter 5: Tyre Wear and Durability
- Mechanisms of Tyre Wear: Abrasion, Fatigue, Cracking
- Factors Influencing Wear Rate (Load, Slip, Road Surface, Temperature)
- Tread Pattern Design and its Effect on Wear and Performance
- Tyre Aging and Degradation
- Tyre Noise Generation and Reduction
Part II: Vehicle Dynamics: Single-Track Models and Steady-State Analysis
Chapter 6: Longitudinal Vehicle Dynamics
- Driveline Mechanics: Engine Torque, Transmission, Final Drive
- Braking Dynamics: Braking Force Distribution, ABS Principles
- Vehicle Acceleration and Braking Performance Calculations
- Gradeability and Resistance Forces (Aerodynamic, Rolling, Gradient)
- Energy Consumption and Efficiency
Chapter 7: Steady-State Cornering (Lateral Dynamics)
- Single-Track (Bicycle) Model: Assumptions and Limitations
- Understeer and Oversteer Characteristics
- Lateral Load Transfer in Cornering
- Steering System Geometry: Ackermann Steering, Caster, Camber, Toe
- Roll Steer and Compliance Steer
Chapter 8: Ride Dynamics
- Tyre as a Suspension Element
- Road Irregularities and Input
- Suspension System Components (Springs, Dampers, Anti-roll Bars)
- Pitch, Roll, and Heave Motion Analysis
- Vibration and Comfort Analysis
Part III: Vehicle Dynamics: Multi-Track Models and Transient Behavior
Chapter 9: Transient Handling and Control
- Two-Track (Four-Wheel) Model for Handling Analysis
- Step Steer Response
- Lane Change Maneuvers
- Limit Handling and Non-Linear Behavior
- Yaw Rate Control and Stability Analysis
Chapter 10: Vehicle Stability and Control Systems
- Electronic Stability Control (ESC/ESP): Principles and Algorithms
- Traction Control Systems (TCS)
- Anti-lock Braking Systems (ABS): Advanced Concepts
- Active Suspension Systems
- Torque Vectoring
- Autonomous Vehicle Control and Dynamic Implications
Chapter 11: Suspension System Design and Optimization
- Independent vs. Dependent Suspensions
- Double Wishbone, MacPherson Strut, Multi-Link Designs
- Kinematics and Compliances of Suspension Systems
- Tuning Suspension for Performance and Comfort
- Spring, Damper, and Anti-Roll Bar Selection
Chapter 12: Advanced Topics in Vehicle Dynamics
- Race Car Dynamics: Aerodynamics, Downforce, Tyre Management
- Motorcycle Dynamics
- Heavy Vehicle Dynamics (Trucks, Buses)
- Off-Road Vehicle Dynamics
- Human Factor in Vehicle Dynamics (Driver Models)
Part IV: Experimental and Computational Methods
Chapter 13: Vehicle Dynamics Testing and Measurement
- Tyre Testing Rigs (Flat-Belt, Drum, Indoor/Outdoor)
- Vehicle Instrumentation (Sensors: GPS, IMU, Steering Angle, Wheel Speed)
- Standardized Handling Maneuvers (e.g., ISO Lane Change, J-Turn)
- Data Acquisition and Analysis
Chapter 14: Simulation and Modeling Tools
- Multi-Body Dynamics Software (e.g., Adams Car, CarSim, SIMPACK)
- Co-Simulation of Tyre and Vehicle Models
- Real-time Simulation and Hardware-in-the-Loop (HIL)
- Virtual Prototyping and Development
Conclusion: The Future of Tyre and Vehicle Dynamics
- Impact of Electrification on Dynamics
- Autonomous Driving and the Changing Role of Dynamics
- Sustainable Tyre Technologies
- Integration of AI and Machine Learning in Dynamics
Appendices
- A. Review of Rigid Body Dynamics
- B. Mathematical Tools (Matrices, Differential Equations)
- C. Tyre Data Sheets and Interpretation
- D. Standardized Test Procedures
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