Automatic Transmissions and Transaxles 7th Edition by James Halderman ISBN 0134616790 9780134616797

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Product details:

ISBN 10: 0134616790
ISBN 13: 9780134616797
Author: James Halderman

Automatic Transmissions and Transaxles 7th Edition Table of contents:

Chapter 1 Introduction to Drivetrains

Learning Objectives

Key Terms

Drivetrains

Purpose and Function

Torque

Definition

Units of Torque

Drive vs. Driven Gears

Torque Multiplication

Gears are Levers

Horsepower

Definition

Horsepower and Torque Relationship

Gears

Terminology

Reversing Direction of Rotation

Gear Types

Gear Ratios

Terminology

Commonly Used Ratios

Overdrive

Calculating Overall Ratios

Gear Set Summary

Transmissions

Purpose and Function

Trends

Manual Transmissions

Purpose and Function

Clutch

Automatic Transmissions

Purpose and Function

Shift Modes

Torque Converters

Planetary Gear Sets

Planetary Gear Set Operation

Planetary Gear Set Ratios

Advantages of Planetary Gear Sets

Rear-Wheel Drive vs. Front-Wheel Drive

Transaxles

Terminology

Operation

Driveshafts

Terminology

Drive Axle Assemblies

Terminology

Towing Capability

Drivetrain Requirements

Sae J2807 Standard

Four-Wheel Drive

Terminology

All-Wheel Drive

Summary

Review Questions

Chapter Quiz

Chapter 2 Automatic Transmission Fluid, Filters and Coolers

Learning Objectives

Key Terms

Automatic Transmission Fluid

Purpose and Function

Background

Additives

Types

Synthetic ATF

ATF Examples

General Motors

Ford

Toyota

Fiat/Chrysler

Typical ATF Applications

ATF Options

ATF Filters

Purpose and Function

Types of Filters

ATF Heaters and Coolers

Temperatures

Oil Cooler Circuits

Cooler Flow

Supplementary Coolers

Auxiliary Filters

Lubrication Flow

Summary

Review Questions

Chapter Quiz

Chapter 3 Automatic Transmission/Transaxle Hydraulic System

Learning Objectives

Key Terms

The Hydraulic System

Purpose and Function

Definition

Hydraulic Principles

Pascal’s Law Definition

Pascal’s Law Formula

Pumps

Purpose and Function

Parts and Operation

Fixed Displacement Pumps

Variable Displacement Pumps

Dual-Stage Pumps

Chain-Driven Pumps

Hydraulic Valves

Spool Valves

Valve Construction

Valve Hydraulic Forces

Valve Categories

Valve Body

Purpose and Function

Location of Valve Bodies

Functions of a Valve Body

Valve Body Parts

Pressure Regulation

Pressure Regulator Valve

Typical Pressures

Manual Valve

Purpose and Function

Operation

Hydraulic Seals

Types of Seals

Sealing Rings

Summary

Review Questions

Chapter Quiz

Chapter 4 Hydraulic Control Valves and Solenoids

Learning Objectives

Key Terms

Hydraulically-Controlled Transmissions

Background

Governor

Engine Load Input

Shift Valves

Purpose and Function

Shift Quality

Shift Overlap

Need for Shift Modifiers

Accumulators

Controlling Fluid Flow

Check Balls

Orifices

Hydraulic Sub-Circuits

Transmission Solenoids

Electromagnetism

Creating an Electromagnet

Solenoid Operation

On-Off Solenoids

Pulse-width Modulated Solenoids

Linear Solenoids

Electronic Pressure Regulation

Solenoid Location

Summary

Review Questions

Chapter Quiz

Chapter 5 Torque Converters

Learning Objectives

Key Terms

Torque Converter Terminology

Purpose and Function

Location

Elements

Torque Converter Operation

Torque Transfer

Vortex Flow

Torque Multiplication

Coupling Phase

Stall Speed

Creep

Torque Converter Clutches

Purpose and Function

Parts and Operation

Friction Materials Used

TCC Damper Assembly

Stall Test

Purpose of the Test

Stall Test Procedure

Interpreting Stall Test Readings

Torque Converter Service

Replacement

Torque Converter Checks

Summary

Review Questions

Chapter Quiz

Chapter 6 Power Flow Through Transmission Gear Sets

Learning Objectives

Key Terms

Planetary gear Sets

Ratios

Simple Planetary Gear Set

Planetary Gear Set Torque Flow

Compound Gear Sets

Calculating Gear Ratios

Park Position

Purpose and Function

Operation

Transmission Schematics

Description

Reading Schematics

Simpson Gear Train Types

Background

Gear Set Types 1, 2, 3, and 4

Nonsynchronous and Synchronous Designs

Neutral

First Gear

Second Gear

Third Gear

Reverse

Shift Timing Example

Fourth Gear Made Possible

Overdrive

Gear Set Types 5, 6, 7, and 8

Ravigneaux Gear Sets

Description

Examples

Four-Speed Ravigneaux Arrangement and Operation

Lepelletier Gear Train

Operation

GM 4L60-E and Others

41TE/42LE

4T60/AX4N

Ford CD4E

GM 6T70/Ford 6F50

Operation

Eight, Nine and Ten Speed Automatic Transmissions/ Transaxles

Purpose

six, eight, nine, ten speed gear ratios

Ratio Spread

Nonplanetary Gear Sets

Summary

Review Questions

Chapter Quiz

Chapter 7 Clutches and Bands

Learning Objectives

Key Terms

Introduction

Driving Devices

Purpose and Function

Terminology

Synchronizing Shifts

Multiple-Disc Driving Clutches

Parts Involved

Clutch Plates

Lining Surface

Friction Lining Materials

Clutch Operation

Clutch Pack Apply

Pressure Balanced Release

Clutch Pack Release

Double and Single-Sided Friction Plates

Forces Involved

Static and Dynamic Friction

Garage Shifts

One-Way Driving Clutches

Purpose and Function

Roller Clutch

Sprag Clutches

Mechanical Diode

One-Way Clutch Operation

Holding/Reaction Devices

Purpose and Function

Holding Clutches

Purpose and Function

Parts and Operation

One-Way Holding Clutches

Bands

Purpose and Function

Types

Friction Materials on Bands

Servos

Adjustment

Band Operation

Shift Quality

Terminology

Accumulators

Wave plate

Shifts Involving One-Way Clutches

Deceleration with One-Way Clutches

Summary

Review Questions

Chapter Quiz

Chapter 8 Drivetrain Electricity And Electronics

Learning Objectives

Key Terms

Introduction

Electricity

Background

Definition

Positive and Negative Charges

Magnets and Electrical Charge

Electron Orbits

Conductors

Insulators

Semiconductors

How Electrons Move Through A Conductor

Current Flow

Conventional Theory versus Electron Theory

Units Of Electricity

Ampere

Volts

Ohms

Electrical Circuits

Definition

Parts of a Complete Circuit

Electrical Schematics

Terminology

Circuit Information

Wire Size

Types Of Circuit Faults

Open Circuits

Short-to-Voltage

Short-To-Ground

High Resistance

Fused Jumper Wire

Purpose and Function

Test Light

Non-Powered Test Light

Uses of a 12-Volt Test Light

Digital Meters

Terminology

Measuring Voltage

Measuring Resistance

Measuring Amperes

Inductive Ammeters

Operation

AC/DC Clamp-On Digital Multimeters

Think of Money

Terminals And Connectors

Terminology

Servicing Terminals

Wire Repair

Soldering

Soldering Procedure

Crimping Terminals

Heat Shrink Tubing

Crimp-and-Seal Connectors

Relays

Definition

Terminal Identification

Switches

Ohmmeter Checks

Voltmeter Checks

Speed Sensors

Operation

Speed Sensor Tests

Throttle Position (Tp) Sensor

Purpose and Function

Parts and Operation

Testing a TP Sensor

Networks

Need for Network

Modules and Nodes

Types of Communication

Network Classifications

Controller Area Network

Standard

Summary

Review Questions

Chapter Quiz

Chapter 9 Electronic Transmission Controls

Learning Objectives

Key Terms

Transmission Control Module

TCM

Terminology

Purpose and Function

Operation

Sensors

Purpose and Function

Transmission Range Switch

Speed Sensor Designs

Speed Sensor Locations

Pressure Sensors/Switches

Temperature Sensors

Brake Switch

Inputs Shared with the PCM

Transmission Solenoids

Types of Solenoids

Low-Side and High-Side Drivers

Electronic Pressure Control

How It All Works

Electronic

Hydraulic

Adaptive Strategies

Definition

Typical Adaptive Controls

Default (Limp-in)

Summary

Review Questions

Chapter Quiz

Chapter 10 Hybrid Electric Vehicle Transmissions and Transaxles

Learning Objectives

Key Terms

Types of Hybrid Vehicles

Series Hybrid

Advantages

Disadvantages

Parallel Hybrid

Advantages

Disadvantages

Series–Parallel Hybrid

Levels of Hybrids

Mild Hybrid

Medium Hybrid

Full Hybrid

One-Motor/Two-Motor/Three-Motor Systems

One-Motor Hybrids

Two-Motor Hybrids

Three-Motor Hybrids

Hybrid Electric Vehicle (HEV) Transmissions

Automatic transmissions converted for Use in Hybrid Vehicles

GM Parallel Hybrid Truck

Description and Operation

Construction

Operation

Service

Two-Mode Hybrid Transmission

Power Flow

Components

First Mode of Operation

Second Mode of Operation

Two-Mode Service

Honda Accord Five Speed

Description and Operation

Construction

Diagnosis and Service

Toyota/Lexus Power-Split System

Applications

Description

Operation

Construction

Service

Ford Escape Hybrid ECVT

Parts and Operation

Service

Honda Hybrid Belt and Pulley CVT

Purpose and Function

Description and Operation

Honda Hybrid Automatic Transaxle

System overview

Hybrid Transmission Diagnosis

Steps Involved

Summary

Review Questions

Chapter Quiz

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Tags: James Halderman, Automatic Transmissions, Transaxles