Engineering Materials 2 An Introduction to Microstructures and Processing

Name: Engineering Materials 2 An Introduction to Microstructures and Processing
Price: 40.01 USD
Availability: InStock
ISBN: 9780080966687

ISBN-10: 0080966683

ISBN-13: 9780080966687

Edition: 4th 2013

Authors: David R. H. Jones, Michael F. Ashby

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Book details

List price: $69.95
Edition: 4th
Copyright year: 2013
Publisher: Elsevier Science & Technology
Publication date: 12/20/2012
Binding: Paperback
Pages: 576
Size: 7.50" wide x 9.21" long x 1.00" tall
Weight: 2.508
Language: English



Preface to the Fourth Edition


Acknowledgements


General Introduction



Metals



Metals



Introduction



Metals for a Model Steam Engine



Metals for Drinks Cans



Metals for Hip Joints



Data for Metals



Metal Structures



Introduction



Crystal and Glass Structures



Structures of Solutions and Compounds



Phases



Grain and Phase Boundaries



Shapes of Grains and Phases



Summary-Constitution and Structure


Worked Example



Phase Diagrams 1



Introduction



Source Books



Components, Phases, and Structures


Worked Example


Worked Example



One-and Two-Component Systems


Worked Example



Solutions to Examples



Phase Diagrams 2



Eutectics, Eutectoids, and Peritectics



Test Examples



Solutions to Examples



Case Studies in Phase Diagrams



Introduction



Choosing Soft Solders



Pure Silicon for Microchips



Making Bubble-Free Ice


Worked Example



Driving Force for Structural Change



Introduction



Driving Forces



Reversibility



Stability, Instability, and Metastability



Driving Force for Solidification



Solid-State Phase Changes



Precipitate Coarsening



Grain Growth



Recrystallization



Sizes of Driving Forces


Worked Example



Kinetics 1-Diffusive Transformations



Introduction



Solidification



Heat-Flow Effects



Solid-State Phase Changes



Diffusion-Controlled Kinetics



Shapes of Grains and Phases


Worked Example



Kinetics 2-Nucleation



Introduction



Nucleation in Liquids



Heterogeneous Nucleation



Nucleation in Solids



Summary



Nucleation Everywhere


Worked Example



Kinetics 3-Displacive Transformations



Introduction



Diffusive f.c.c. to b.c.c. Transformation in Pure Iron



Time-Temperature-Transformation Diagram



Displacive f.c.c. to b.c.c. Transformation



Details of Martensite Formation



Martensite Transformation in Steels


Worked Example



Case Studies in Phase Transformations



Introduction



Making Rain



Fine-Grained Castings



Single Crystals for Semiconductors



Amorphous Metals


Worked Example



Light Alloys



Introduction



Solid Solution Hardening



Age (Precipitation) Hardening



Work Hardening


Worked Example



Steels 1-Carbon Steels



Introduction



Microstructures After Slow Cooling (Normalizing)



Mechanical Properties of Normalized Steels



Quenched-and-Tempered Steels



Notes on the TTT Diagram



Steels 2-Alloy Steels



Introduction



Hardenability



Solution Hardening



Precipitation Hardening



Corrosion Resistance



Stainless Steels



Phases in Stainless Steels



Improving Stainless Steels


Worked Example



Case Studies in Steels



Detective Work After a Boiler Explosion



Welding Steels Safely



The Case of the Broken Hammer



Processing Metals 1



Introduction



Casting



Deformation Processing



Recrystallization


Worked Example



Processing Metals 2



Machining



Joining



Heat Treating



Special Topics


Worked Example



Ceramics



Ceramics



Introduction



Generic Ceramics



Ceramic Composites



Data for Ceramics



Ceramic Structures



Introduction



Ionic and Covalent Ceramics



Simple Ionic Ceramics



Simple Covalent Ceramics



Silica and Silicates



Silicate Glasses



Ceramic Alloys



Microstructures of Ceramics



Vitreous Ceramics



Stone and Rock



Ceramic Composites


Worked Example



Mechanical Properties of Ceramics



Introduction



Elastic Moduli



Strength, Hardness, and Lattice Resistance



Fracture Strength of Ceramics



Modulus of Rupture



Compression Test



Thermal Shock Resistance



Time Dependence of Strength



Creep of Ceramics



Processing Ceramics



Introduction



Production of Engineering Ceramics



Forming Engineering Ceramics



Production and Forming of Glass



Processing Pottery, Porcelain, and Brick



Improving Ceramics



Joining Ceramics


Worked Example



Cement and Concrete



Introduction



Chemistry of Cement



Structure of Portland Cement



Concrete



Strength of Cement and Concrete



High-Strength Cement



Reinforcing Cement and Concrete


Worked Example



Case Studies in Ceramics



Hard as Flint



Slate-Natural Roofing Material



Glass Roof Beams


Worked Example



Polymers



Polymers



Introduction



Generic Polymers



Material Data


Worked Example



Polymer Structures



Introduction



Molecular Length



Molecular Architecture



Molecular Packing and Glass Transition


Worked Example



Mechanical Properties of Polymers



Introduction



Stiffness-Time and Temperature Dependent Modulus



Strength-Cold Drawing and Crazing



Processing Polymers



Introduction



Polymer Synthesis



Polymer Alloys



Forming Polymers



Joining Polymers


Worked Example



Case Studies in Polymers



Fatal Bungee Jumping Accident



Polyethylene Gas Pipes



Ultrastrong Fibers for Yacht Rigging



Composites



Properties of Composites and Foams



Introduction



Fiber Composites



Modulus



Tensile Strength



Toughness



Foams and Cellular Solids



Properties of Foams



Materials that are Engineered



Wood Structure and Properties



Introduction



Structure of Wood



Mechanical Properties of Wood



Elasticity



Tensile and Compressive Strength



Toughness



Wood Compared to Other Materials


Worked Example



Case Studies in Composites



Materials for Violin Bodies



Failure of a GFRP Surgical Instrument



Cork-A Unique Natural Foam


Worked Example


Appendix: Symbols and Formulae


References


Index