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" Metallurgy fundamentals / "
by Daniel A. Brandt, J.C. Warner
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BL
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| Record Number
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591440
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| Doc. No
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b420659
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| Main Entry
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Brandt, Daniel A.
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| Title & Author
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Metallurgy fundamentals /\ by Daniel A. Brandt, J.C. Warner
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| Page. NO
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301 pages :: illustrations (some color) ;; 27 cm
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| ISBN
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1590703456
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: 9781590703458
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| Notes
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Includes index
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| Contents
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Introduction to Metallurgy -- Practical Applications of Metallurgy -- Metallurgy and Metallurgists -- Practical Examples of Metallurgy in Modern Industry -- Why Study Metallurgy? -- Metallurgical and Chemical Terminology -- Basic Structure of Matter -- Applying Chemical Terms to Steel -- Properties of Metals -- Hardness -- What is Hardness? -- Hardness Testing Methods -- Comparing Hardness Testing Methods -- Material Properties -- Mechanical Properties -- Chemical Properties -- Electrical Properties -- Magnetic Properties -- Thermal Properties -- Comparison Charts of Metal Properties -- Ferrous Metallurgy -- What is Steel? -- Composition of Steel -- Steel Numbering System -- Comparing Steel and Iron -- Alloying Elements -- Types of Steel -- Cast Iron -- Wrought Iron -- Manufacture of Iron and Steel -- The Steel-Making Process -- Iron Ore -- Blast Furnace -- Steel-Making Furnaces -- Processing the Ingots -- Continuous Casting -- Manufacture of Cast Iron -- Pollution Control -- Crystal Structure -- Space Lattice -- Transformation Temperatures -- Crystal Growth -- Failure and Deformation of Metal -- Deformation -- Ductility and Brittleness -- Work Hardening -- Iron-Carbon Phase Diagram -- Structural Forms of Steel -- Iron-Carbon Phase Diagram -- Temperature Change and Mechanical Properties -- Microstructural Analysis -- Microscopic Appearances -- Sample Preparation Procedure -- Heat Treating and Quenching -- Heat Treating -- Quenching -- Quenching Mediums and Techniques -- Summary of Quenching Methods -- Practical Techniques Used in Quenching -- Annealing and Normalizing -- Overview of Annealing and Normalizing -- Purposes for Annealing and Normalizing -- Types of Annealing -- Normalizing -- Comparing Annealing, Normalizing, and Quenching -- Isothermal Transformation Diagrams -- Introduction to Isothermal Transformation Diagrams -- Using I-T Diagrams -- Industrial I-T Diagrams -- Plotting I-T Diagrams -- Comparing Isothermal Transformations -- Tempering -- Introduction to Tempering -- Special Types of Tempering -- Comparing Heat-Treating Methods -- Surface Hardening -- Introduction to Surface Hardening -- Basic Surface-Hardening Methods -- Surface-Hardening Processes -- Nonferrous Metallurgy -- Processing Nonferrous Metals -- Introduction to Nonferrous Metallurgy -- Atomic Structure of Metals -- Alloying -- Cold Working -- Precipitation Hardening -- Aluminum and Aluminum Alloys -- Manufacturing Aluminum -- Aluminum and Aluminum Alloy Classifications -- Applications of Aluminum -- Changing the Properties of Aluminum -- Copper, Bronze, and Brass -- Manufacture of Copper -- Copper and Copper Alloy Designations -- Changing the Properties of Copper -- Magnesium, Zinc, Tin, and Speciality Metals -- Magnesium -- Zinc -- Tin -- Nickel and Nickel Alloys -- Titanium -- Gold -- Intermetallic Compounds
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| Subject
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Iron-- Metallurgy.
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| Subject
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Steel-- Metallurgy.
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| Dewey Classification
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669/.1
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| LC Classification
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TN705.B652 2005
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| Added Entry
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Warner, J. C., (Jairus C.)
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| Parallel Title
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Metallurgy
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