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Suspension and Steering Systems Introduction | |
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Frames and Unitized Bodies | |
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Front Suspension Systems | |
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Rear Suspension Systems | |
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Tires | |
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Wheels and Hubs | |
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Shock Absorbers and Struts | |
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Computer-Controlled Suspension Systems and Shock Absorbers | |
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Steering Systems | |
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Wheel Alignment | |
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Steering Axis Inclination | |
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Summary | |
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Review Questions | |
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Basis Theories Introduction | |
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Newton's Laws of Motion | |
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Work and Force | |
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Energy | |
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Energy Conversion | |
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Inertia | |
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Momentum | |
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Friction | |
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Mass Weight and Volume | |
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Torque | |
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Power | |
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Principles Involving Tires and Wheels in Motion | |
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Principles Involving Liquids and Gases | |
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Atmospheric Pressure | |
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Vacuum | |
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Venturi Principle | |
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Summary | |
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Review Questions | |
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Wheel Bearings Introduction | |
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Bearing Loads | |
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Ball Bearings | |
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Roller Bearings | |
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Seals | |
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Wheel Bearings | |
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Rear Axle Bearings | |
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Bearing Lubrication | |
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Summary | |
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Review Questions | |
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Tires and Wheels Introduction | |
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Tire Design | |
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Tire Ply and Belt Design | |
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Tire Tread Design | |
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Tire Manufacturing Defects | |
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Tire Ratings and Sidewall Information | |
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Specialty Tires | |
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Replacement Tires | |
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Tire Valves Tire Chains | |
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Compact Spare Tires | |
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Run-Flat Tires | |
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Tire Pressure Monitoring Systems | |
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Tire Contact Area | |
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Tire Placard and Inflation Pressure | |
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Nitrogen Tire Inflation | |
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Tire Motion Forces | |
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Wheel Rims | |
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Static Wheel Balance Theory | |
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Dynamic Wheel Balance Theory | |
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Noise | |
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Vibration and Harshness | |
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Summary | |
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Review Questions | |
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Shock Absorbers and Struts Introduction | |
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Shock Absorber Design | |
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Shock Absorber Operation | |
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Gas-Filled Shock Absorbers and Struts | |
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Heavy-Duty Shock Absorber Design | |
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Shock Absorber Ratios | |
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Strut Design | |
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Front Suspension | |
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Shock Absorber and Strut Design | |
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Rear Suspension | |
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Travel Sensitive Struts | |
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Adjustable Struts | |
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Load-Levelling Shock Absorbers | |
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Electronically Controlled Shock Absorbers and Struts | |
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Summary | |
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Review Questions | |
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Front Suspension Systems Introduction | |
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Suspension System Components | |
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Short-and-Long Arm Front Suspension Systems | |
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MacPherson Strut Front Suspension System Design | |
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Modified MacPherson Strut Suspension | |
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High Performance Front Suspension Systems | |
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Torsion Bar Suspension | |
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Curb Riding Height | |
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Front Spring Sag Curb Riding Height and Caster Angle | |
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Spring Sag Curb Riding Height and Camber Angle | |
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Summary | |
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Review Questions | |
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Rear Suspension Systems Introduction | |
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Live Axle Rear Suspension Systems | |
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Semi-Independent Rear Suspension Systems | |
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Independent Rear Suspension Systems | |
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Curb Riding Height | |
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Spring Sag Curb Riding Height and Caster Angle | |
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Summary | |
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Review Questions | |
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Computer-Controlled Suspension Systems Introduction | |
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Programmed Ride Control System | |
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Electronic Air Suspension System Components | |
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Electronic Air Suspension System Operation | |
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Air Suspension System Design Variations | |
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Vehicle Dynamic Suspension (VDS) System | |
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Electronic Suspension Control (ESC) System | |
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Integrated Electronic Systems and Networks | |
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Vehicle Stability Control | |
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Active Roll Control Systems | |
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Active Cruise Control (ACC) Systems | |
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Lane Departure Warning Systems | |
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Collision Mitigation Systems | |
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Telematics | |
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Summary | |
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Review Questions | |
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Steering Columns and Steering Linkages Introduction | |
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Conventional Nontilt Steering Column | |
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Tilt Steering Column | |
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Electronic Tilt/telescoping Steering Column | |
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Active Steering Column | |
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Steering Linkage Mechanisms | |
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Steering Damper | |
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Summary | |
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Review Questions | |
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Power Steering Pumps Introduction | |
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Power Steering Pump Drive Belts | |
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Types of Power-Assisted Steering Systems | |
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Power Steering Pump Design | |
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Power Steering Pump Operation | |
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Hybrid Vehicles and Power Steering Systems | |
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Various Types of HEVs | |
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Fuel Cell Vehicles | |
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Summary | |
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Review Questions | |
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Recirculating Ball Steering Gears Introduction | |
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Manual Recirculating Ball Steering Gears | |
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Power Recirculating Ball Steering Gears | |
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Summary | |
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Review Questions | |
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Rack and Pinion Steering Gears Introduction | |
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Manual Rack and Pinion Steering Gear Main Components | |
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Steering Gear Ratio | |
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Manual Rack and Pinion Steering Gear Mounting | |
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Advantages and Disadvantages of Rack and Pinion Steering | |
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Power Rack and Pinion Steering Gears | |
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Types of Rack and Pinion Steering Gears | |
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Electronic Variable Orifice Steering | |
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Saginaw Electronic Variable Orifice Steering | |
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Rack-Drive Electronic Power Steering | |
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Electronic Power Steering System Operation | |
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Column-Drive Electronic Power Steering | |
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Column-Drive Electronic Power Steering Operation | |
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Pinion-Drive Electronic Power Steering | |
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Active Steering System | |
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Steer-By-Wire Systems | |
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Summary | |
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Review Questions | |
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Four-Wheel Steering Systems Introduction | |
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Electronically Controlled Four-Wheel Steering | |
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Input Sensors | |
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Four-Wheel Steering System Operation | |
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Quadrasteer Four-Wheel Steering Systems | |
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Quadrasteer Four-Wheel Steering System Operation | |
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Rear Active Steering System | |
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Four-Wheel Active Steering (4WAS) | |
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Summary | |
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Review Questions | |
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Frames and Frame Damage Introduction | |
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Types of Frames and Frame Construction | |
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Unitized Body Design | |
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Vehicle Directional Stability | |
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Types of Frame Damage | |
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Summary | |
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Review Questions | |
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Four Wheel Alignment Part I Introduction | |
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Wheel Alignment Theory | |
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Importance of Four Wheel Alignment | |
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Rear Wheel Alignment and Vehicle Tracking Problems | |
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Types of Wheel Alignment | |
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Computer Alignment Systems | |
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Camber Fundamentals | |
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Driving Conditions Affecting Camber | |
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Caster Fundamentals | |
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Safety Factors and Caster | |
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Steering Terminology | |
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Summary | |
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Review Questions | |
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Four Wheel Alignment Part II Introduction | |
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Steering Axis Inclination (SAI) Definition | |
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SAI Purpose | |
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SAI and Safety Factors | |
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Scrub Radius | |
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Wheel Setback | |
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Toe Definition | |
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Toe setting for Front-Wheel- Drive and Rear-Wheel-Drive Vehicles | |
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Toe Adjustment and Tire Wear | |
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Turning Radius | |
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Rear Wheel Alignment | |
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Summary | |
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Review Questions | |