Materials for Engineering

, by Martin,J. W.

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ISBN: 9781902653501 | 1902653505
Cover: Nonspecific Binding
Copyright: 1/1/2001

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Preface to the Second Edition

Preface to the First Edition

PART I: CHARACTERISATION OF ENGINEERING MATERIALS

Introduction

(2)

The Structure of Engineering Materials

(32)

Crystal Structure

(3)

Microstructure

(20)

An introduction to phase transformations

(3)

An introduction to metallography

(4)

Some simple phase diagrams

(13)

The Molecular Structure of Organic Polymers and Glasses

(9)

The Determination of Mechanical Properties

(32)

The Tensile Test

(6)

Behaviour of metals at larger strains

(1)

The engineering stress-strain curve

(1)

The true stress-strain curve

(2)

Bend Testing

(1)

The Statistics of Brittle Fracture

(1)

Hardness Testing

(2)

Indentation hardness tests

(1)

The Brinell test

(1)

The Vickers test

(1)

The Rockwell test

(1)

The Shore scleroscope

(1)

Fracture Toughness Testing

(4)

The J integral

(1)

Time-dependent Mechanical Properties

(18)

Creep

(2)

Fatigue

(7)

Environment-assisted cracking

(2)

Time-dependent elastic properties

(7)

PART II: STRUCTURE/PROPERTY RELATIONSHIPS

Metals and Alloys

(60)

General Strengthening Mechanisms: the Effect of Processing

(13)

Work hardening

(1)

Grain size strengthening

(4)

Alloy hardening

(5)

Strength at high temperature - creep-resistant alloys

(1)

Resistance to fatigue failure

(2)

The Families of Engineering Alloys

(30)

Aluminium alloys

(5)

Magnesium alloys

(2)

Titanium alloys

(3)

Copper alloys

(5)

Lead alloys

(1)

Zinc alloys

(1)

Nickel alloys

(1)

Steels

100

(6)

Stainless steels

106

(2)

Cast irons

108

(4)

Joining of Metals and Alloys

112

(6)

Mechanical fastening

112

(1)

Soldering and brazing

112

(1)

Welding

113

(4)

Adhesive bonding

117

(1)

Degradation of Metals and Alloys

118

(11)

Oxidation of metals and alloys

118

(3)

Corrosion of metals and alloys in aqueous environments

121

(3)

Stress, strain and corrosion

124

(1)

Wear of metals and alloys

125

(4)

Glasses and Ceramics

129

(26)

Glasses

129

(5)

Soda lime glasses

129

(1)

Borosilicate glasses

130

(2)

Toughening of glass

132

(1)

Environment-assisted cracking

133

(1)

Glass Ceramics

134

(1)

Ceramic Materials

135

(20)

Alumina (Al2O3)

138

(2)

Zirconia (ZrO2)

140

(2)

Nitride ceramics

142

(1)

Sialons

143

(1)

Carbide ceramics

143

(1)

Cement and concrete

143

(12)

Organic Polymeric Materials

155

(24)

Forming Processes for Polymers

155

(2)

Extruder-based processes

155

(1)

Injection moulding

156

(1)

Blow moulding

156

(1)

Directionality of properties

157

(1)

Mechanical Properties

157

(12)

Stiffness

158

(2)

Rubber elasticity

160

(1)

Yielding

161

(1)

Fracture

162

(7)

The Joining of Polymers

169

(3)

The welding of polymers

170

(1)

Adhesive bonding

171

(1)

Mechanical fastening

172

(1)

Polymer Degradation

172

(3)

Modelling of Polymer Structure and Properties

175

(4)

Composite Materials

179

(30)

Introduction

179

(1)

The Manufacture of Composite Materials

180

(5)

Polymer matrix composites

182

(1)

Metal matrix composites (MMCs)

183

(2)

Cellular Solids

185

(3)

Modelling Composite Behaviour

188

(21)

Stiffness

188

(8)

The tensile strength of fibre composites (Qc)

196

(5)

The fracture behaviour of composites

201

(6)

The mechanical properties of cellular solids

207

(2)

PROBLEMS

209

(25)

APPENDICES

Some Useful Constants

223

(2)

Unit Conversion Factors

225

(2)

Selected Data for Some Elements

227

(2)

Sources of Material Property Data

229

(4)

The Periodic Table of the Elements

233

(1)

Index

234

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