Читать книгу Performance Exhaust Systems: How to Design, Fabricate, and Install - Mike Mavrigian - Страница 4

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CONTENTS


Acknowledgments

Introduction

Chapter 1: Theory, Design and Principles

Intake Air

Carburetors

EFI Throttle Bodies

Mass Airflow Sensors

Fuel Injector Sizing

Intake Manifolds

Cylinder Heads

Camshafts

Special Firing-Order Camshafts

Exhaust Manifolds

Pumping Loss Reduction

The Four-Stroke Engine Cycle

Oxygen Sensor Technology

Chapter 2: Exhaust System Component Design, Flow and Function

Exhaust Manifolds

Exhaust Headers

Exhaust Manifold and Header Coatings

Exhaust Pipes

Mufflers

Catalytic Converters

Chapter 3: Exhaust Pipe

Materials

Exhaust Pipe Sizing

Pipe Bending

Pipe Shape

Pipe Material and Coatings

Crossover Pipes

Converting to Dual Exhaust

Exhaust System Supports

Pipe Connections

Sample Exhaust System Installations

2014 Chevy/GMC 1500 Cat-Back Installation

2011 Ford Mustang GT XO-Pipe Installation

Chapter 4: Header Design and Function

Selection Considerations

Header Styles

Materials

Header Coatings

Primary Tubes

Flange Welding

Tube Bending

Header Fabrication

Port Matching and Scavenging

Gaskets and Fasteners

Design Your Own Headers

Chapter 5: Mufflers and Catalytic Converters

Mufflers

Resonators

Catalytic Converters

Cat-Back Systems

Diagnosing Catalytic Converters

Testing the Converter

Chapter 6: Supercharged and Turbocharged Systems

Supercharging

Fuel System

Turbocharging

Engine High-Boost Upgrade

Turbocharger Temperature Management

Headers versus Cast-Iron Manifolds

Exhaust Pipe Diameters

Turbocharger Location

Intercoolers

Chapter 7: Exhaust System Math

Finding Swept Volume

Calculating Primary Tube Size

Pipe CFM

Exhaust Waves

Primary Tube Length

Collector Diameter and Length

Source Guide

Performance Exhaust Systems: How to Design, Fabricate, and Install

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