Introduction to Engineering Materials by V.B. John-OG - eBay Media, Metalworking, Metalworking, Woodworking, Business, Industrial. (end time 13-Nov-09 20:06:51 AEDST)


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Item specifics

Condition:

Used

You’re Shrewd book investment is titled

” Introduction to Engineering Materials “

By V.B John. Printed in 1973

Hard cover book consisting of 270 pages and all accounted. Library markings on front and rear cover pages. Binding is strong and in excellent condition except at rear which has some parting. Has schematic drawings and illustrations.

INTRODUCTION TO

ENGINEERING MATERIALS

1 Atomic structure

1.1 Introduction; 1.2 Elementary particles; 1.3 Atomic number and atomic weight;

1.4 The gramme atom and Avogadro's number; 1.5 The structure of the atom;

1.6 Quantum numbers; 1.7 The Pauli exclusion principle; 1.8 The periodic table;

1.9 The nucleus and radio-activity; 1.10 Artificial radioactive materials;

1.11 Nuclear energy; Questions

2 Bonding between atoms

2.1 Introduction; 2.2 Ionic bond; 2.3 Covalent bond; 2.4 The co-ordinate bond;

2.5 The metallic bond; 2.6 Secondary bonds; Questions

3 Chemical reactions and reactivity

3.1 Introduction; 3.2 Reactivity; 3.3 The Law of Mass Action;

3.4 Energy change in a reaction; 3.5 Reaction equations; 3.6 Calorific value;

3.7 Air-fuel ratio; 3.8 Metal extraction and refining; 3.9 Polymerisation;

3.10 Ionisation and pH value; 3.11 Water softening; 3.12 Electrolysis;

3.13 Corrosion; Questions

4 The crystalline state

4.1 Introduction; 4.2 Crystal classes; 4.3 Miller notation;

4.4 Metallic crystals; 4.5 Crystals of compounds; 4.6 Glasses;

4.7 Crystallites in polymers; 4.8 Analysis of crystals; Questions

5 Elastic and plastic behaviour

5.1 Stress and strain; 5.2 Elastic constants; 5.3 Thermal stresses;

5.4 Plastic flow in metals; 5.5 Slip planes; 5.6 Deformation by twinning;

5.7 Dislocations; 5.8 Polycrystalline metals; 5.9 Strain hardening;

5.10 Recrystallisation; 5.11 Solution hardening; 5.12 Dispersion hardening;

5.13 Yield point in mild steel; 5.14 Diffusion and dislocation climb;

5.15 Behaviour of ceramic materials; 5.16 Glasses; 5.17 Polymeric materials; Questions

V111 '

6 Constitution 7

6 6.1 Phases; 6.2 Metallic alloy systems; 6.3 Total solid insolubility;

6.4 Interpretation of phase diagrams; 6.5 Solid solubility;

6.6 Phase diagram for total solid solubility; 63 Partial solid solubility;

6.8 Peritectic diagram; 6.9 Intermetallic compounds; 6.10 Effect of alloy type on properties;

6.11 Allotropy; 6.12 Polymeric materials; 6.13 Ceramics; 6.14 Silicate structures; Questions

7 Electrical and magnetic properties 9

7 7.1 Conduction; 7.2 Band structure; 7.3 Conduction in metals;

7.4 Semiconductors; 7.5 The p-n junction; 7.6 Insulating materials;

7.7 Magnetic behaviour; Questions; Further reading

Section B: Materials technology

8 The shaping of materials 111

8.1 Introduction; 8.2 Melting furnaces; 8.3 Melting and alloying;

8.4 Melt treatment; 8.5 Casting; 8.6 Ingot casting; &7 Hot working;

8.8 Fibre structure; 8.9 Cold working; 8.10 Annealing; 8.11 Powder metallurgy;

8.12 The forming of thermoplastics; 8.13 The forming of thermosetting plastics;

8.14 Expanded plastics; 8.15 The forming of ceramics; Questions

Non-ferrous metals

9.1 Introduction; 9.2 Aluminium; 9.3 Aluminium alloys; 9.4 Copper;

9.5 Copper alloys; 9.6 Lead; 9.7 Tin; 9.8 Magnesium; 9.9 Nickel;

9.10 Titanium; 9.11 Zinc; Questions

136

Iron and steel

158'

10.1 Introduction; 10.2 Production of iron; 10.3 Steel production;

10.4 Constituents in steel; 10.5 The iron-carbon phase diagram;

10.6 Structures of plain carbon steel; 10.7 T-T-T diagrams;

10.8 Hardenability; 10.9 Tempering; 10.10 Heat treatments for steels;

10.11 Types of steels and their uses; 10.12 Surface hardening;

10.13 The effects of alloying elements in steels; 10.14 Alloy steels;

10.15 Cast irons; 10.16 Malleable irons; 10.17 Alloy cast irons; Questions

11 Thermoplastics 182

11.1 Introduction; 11.2 Polyethylene; 11.3 Polypropylene;

11.4 Poly-vinyl chloride - PVC; 11.5 Polytetrafluoroethylene - PTFE;

11.6 Polystyrene; 11.7 Acrylic materials; 11.8 Polyamides and poly-esters;

11.9 Elastomers; 11.10 Synthetic rubbers; 11.11 Silicones

12 Thermosetting materials 192

12.1 Introduction; 12.2 Phenolic materials; 12.3 Amino-formaldehyde materials;

12.4 Polyester materials; 12.5 Epoxide materials; Questions on Chapters 11 and 1213 Ceramics 198

13.1 Introduction; 13.2 Building stone; 13.3 Clay products; 13.4 Refractories;

13.5 Cement and concrete; 13.6 Newer industrial ceramics; 13.7 Aluminium oxide;

13.8 Silicon nitride

14 Composite materials 206

14.1 Introduction; 14.2 Timber and plywood; 14.3 Fibre reinforced materials;

14.4 Dispersion strengthened metals; 14.5 Cermets and `hard metal'; Questions

15 The behaviour of materials in service 212

15.1 Fracture; 15.2 Temperature effects and the ductile-brittle transition; 15.3 Fatigue;

15.4 Creep; 15.5 Oxidation and degradation; 15.6 Corrosion; 15.7 Corrosion prevention;

15.8 Attack on polymeric materials; 15.9 Radiation damage; 15.10 Machinability; Questions

16 Testing of materials 230

16.1 Introduction; 16.2 Tensile testing machines; 16.3 Measurement of strain;

16.4 The tensile test - metals; 16.5 The tensile test - plastics; 16.6 The compression test;

16.7 Modulus of rupture; 16.8 Torsion testing; 16.9 Notch impact testing;

16.10 Hardness tests; 16.11 Fatigue testing; 16.12 Creep testing; 16.13 Non-destructive testing;

16.14 Vibration testing; Questions; Further reading

Appendices

Appendix A	Macro- and microscopical examination of metals		253
Appendix B	Data Tables		258
	Table B.1 Table B.2	Physical properties of some pure metals Comparison of properties of metals, plastics and ceramics
Appendix C	Cost Data Table C.1 Table C.2 Table C.3 Table C.4	Raw material costs Build-up of costs - steels Build-up of costs - aluminium Build-up of costs - plastics	260
Appendix D	A note on materials selection		263
Appendix E	Metal joining processes		267
Index			271

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Weight = 0.56 kgs

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Preferred payment is direct banking. Consult seller for banking details. Please quote either Ebay item numbers or your ebay user ID as reference. cheers for now. george.(OG)