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 |  موضوع: كتاب Smithells Metals Reference Book الجمعة 16 مارس 2012, 2:38 pm | |
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Smithells Metals Reference Book
ويتناول الموضوعات الأتية :
Related specifications
Related specifications
Related specifications for steels
Related specifications for aluminium alloys
Related specifications for copper alloys
Related specifications for magnesium alloys
Introductory tables
Conversion factors
SI units Conversion to and from SI units Temperature conversions,
IPTS to IPTS Corrosion conversion factors Sieve Nos to
aperture size Temperature scale conversions
Algebra Series and progressions Trigonometry Mensuration Coordinate
geometry Calculus
Mathematical formulae
General physical and chemical constants
Atomic weights and atomic numbers General physical constants
Moments of inertia Periodic system
Radioactive isotopes and radiation sources
Positron emitters Beta energies and halflives Gamma energies and
halflives Nuclides for alpha, beta, gamma and neutron sources
Xray analysis of metallic materials
Introduction
Excitation of Xrays
Xray wavelengths
Xray techniques
Xray diffraction Specific applications Crystal geometry
Xray results
Metal working Crystal structure Atomic and ionic radii
Radiation screening
Definitions Concrete screening Lead screening
Crystallography
The structure of crystals
The Schoenflies system of point and spacegroups notation
The HermannMauguin system of point and spacegroup notation
Translation groups Symmetry elements The point group The
space group
Notes on the spacegroup tables
Crystal chemistry
Structural details
Structures of metals, metalloids and their compounds
Metallurgically important minerals
Ore grades and sources
Thermochemical data
Symbols
Changes of phase
Elements Intermetallic compounds Metallurgically important
compounds
Elements Intermetallic compounds Selenides and tellurides
Intermetallic phases
Liquid binary metallic systems
Borides Carbides Nitrides Silicides Oxides Sulphides Halides
Silicates and carbonates Compound (double) oxides Phosphides
Phosphides dissociation pressures Sulphides dissociation pressures
Elements Alloy phases and intermetallic compounds Borides
Carbides Nitrides Silicides Oxides Sulphides, selenides and
tellurides Halides
Elements Halides, oxides
Heat, entropy and free energy of formation
Metallic systems of unlimited mutual solubility
Metallurgically important compounds
Molar heat capacities and specific heats
Vapour pressures
Physical properties of molten salts
Density of pure molten salts
Densities of molten salt systems
Electrical conductivity of molten salt systems
Density of some solid inorganic compounds at room temperature
Electrical conductivity of pure molten salts
Surface tension of pure molten salts
Surface tension of binary molten salt systems
Viscosity of pure molten salts
Viscosity of molten binary salt systems
Metallography
Macroscopic examination
Microscopic examination
Etching reagents for macroscopic examination Plastic for mounting
Attack polishing Electrolytic polishing solutions Reagents for
chemical polishing Etching Colour etching Etching for
dislocations
Aluminium Antimony and bismuth Beryllium Cadmium
Chromium Cobalt Copper Gold Indium Iron and steel
Cast iron Lead Magnesium Molybdenum Nickel Niobium
Platinum group metals Silicon Silver Tantalum Tin
Titanium Tungsten Uranium Zinc Zirconium Bearing metals
Cemented carbides and other hard alloys Powdered and sintered metals
Transmission electron microscopy Extraction Replica techniques for
industrial alloys Thin foil techniques for industrial alloys Scanning
electron microscopy Electron spectroscopy
Metallographic methods for specific metals
Electron metallography M
Quantitative image analysis M
Scanning acoustic microscopy
Equilibrium diagrams
Equilibrium diagrams
Acknowledgements
Ternary and higher systems
Index of binary diagrams
Binary systems
Gasmetal systems
The solution of gases in metals
Dilute solutions of diatomic gases Complex @metal systems
Solutions of hydrogen Solutions of nitrogen Solutions of oxygen
Solutions of the noble gases Theoretical and practical aspects of gasmetal
equilibria
Diffusion in metals
Introduction
Methods of measuring D
Steadystate methods Nonsteadystate methods Indirect methods,
not based on Fick’s laws
Mechanisms of diffusion
Selfdiffusion in solid elements Tracer impurity diffusion coefficients
Diflusion in homogeneous alloys
Chemical diffusion coefficient measurements
Grain boundary selfdimusion
Selfdiffusion in liquid metals
General physical properties
The physical properties of pure metals
Physical properties of pure metals at normal temperatures Physical
properties of pure metals at elevated temperatures
The physical properties of liquid metals
Density Surface tension Viscosity Specific heat, thermal
conductivity and electrical resistivity
Aluminium alloys at normal temperatures
The physical properties of aluminium and aluminium alloys
The physical properties of copper and copper alloys
The physical properties of magnesium and magnesium alloys
The physical properties of nickel and nickel alloys
The physical properties of titanium and titanium alloys
The physical properties of zinc and zinc alloys
The physical properties of zirconium alloys
The physical properties of pure tin
The physical properties of steels
Normal and elevated temperatures Low temperature properties of steels
Elastic properties, damping capacity and shape
memory alloys
Elastic properties
Elastic constants of polycrystalline metals Young's modulus
Rigidity modulus Bulk modulus Poisson's ratio
Elastic compliances and elastic stiffnesses of single crystals
Room temperature Cubic systems Hexagonal systems Trigonal
systems Tetragonal systems Orthorhombic systems
Specific damping capacity of commercial alloys Anelastic damping
Mechanical properties of shape memory alloys Compositions and
transformation temperatures Titaniumnickel shape memory alloy
properties
Damping capacity
Shape memory alloys
Temperature measurement and thermoelectric properties
Temperature measurement
Thermocoude reference tables
Fixed points of ITS Thermal electromotive force of elements and
some binary alloys Absolute thermoelectric power
Radiating properties of metals
Total and spectra emissivity Temperature measurement and emissivity
Emissivity values, spectral and total Emissivity of oxidized metals
Electron emission
Thermionic emission
Elements Adsorbed layers Refractory metal compounds Practical
cathodes
Photoelectric work functions Emitting surfaces
Emission coefficients Oxidized alloys Photocells Insulating metal
compounds
Photoelectric emission
Secondary emission
Auger emission
Electron emission under positive ion bombardment
Field emission
Electrical properties
Resistivity
Superconductivity
Pure metals Alloys Specific copper alloys EC aluminium
Transition temperatures and critical fields of elements
Superconducting compounds
Magnetic materials and their properties
Magnetic materials
Permanent magnetic materials
Steels cast irons Alnico alloys Ferrites Rare earths and cobalt
alloys Neodymiun iron boron Bonded materials
Silicon iron alloys Ferrites Garnets Nickel iron alloys
Amorphous alloy materials
Magnetically soft materials
High saturation and constant permeability alloys
Magnetic powder core materials
Magnetic temperature compensating materials
Non magnetic steels and cast irons Units and definitions
Mechanical testing
Hardness testing
Brinell Rockwell Rockwell superficial hardness Vickers Microhardness
Hardness conversion tables
Test piece dimensions standards
Tensile testing
Impact testing of notched bars
Izod Charpy
Plane strain fracture toughness testing
Test pieces Calculation and interpretation of results Plane stress
COD Recording test results
Mechanical properties of metals and alloys
Aluminium and aluminium alloys
Alloy and temper designation system Mechanical properties at room,
elevated and low temperatures Creep and fatigue
Standard specifications Mechanical properties at room, elevated and
low temperature Fatigue Impact Creep Tough pitch copper
Silver alloys
Copper and copper alloys
Lead and lead alloys
Magnesium and magnesium alloys
Mechanical properties at room and elevated temperatures Creep
Fatigue Impact Heat treatments
Standard specifications Mechanical properties at room, elevated and
cryogenic temperatures Fatigue Creep
Specifications Mechanical properties at room, elevated and low
temperatures Creep Fatigue Impact
Mechanical properties at room temperature
Mechanical properties at room and elevated temperatures
Nickel and nickel alloys
Titanium and titanium alloys
Zinc and zinc alloys
Zirconium and zirconium alloys
Tin and its alloys
Steels
Mechanical properties forged and rolled room temperature Micro
alloyed Hot tensile Fatigue Creep Sub zero Tool steels
Other metals of industrial importance
Bearing metals
Sintered materials
The PM process
The products
Manufacture and properties of powders
Properties of powder compacts
Sintering
Ferrous components
Copper based components
Aluminium components
Mechanical properties of sintered components
Heat treatment of sintered steels
Case hardening of sintered steels
Steam treatments
Wrought PM materials
Spray forming
Injection moulding
Hard metals
Lubricants
Introduction
Friction, wear and boundary lubrication
Characteristics of lubricating oils
Viscosity Boundary lubrication Chemical stability Physical
properties
Mineral oils
Emulsions
Waterbased lubricants
Synthetic oils
Greases
Oil additives
Contents xi
Friction and wear
Friction
Unlubricated Static Very hard solids Sliding Polymers
Lubricated surfaces
Definitions Wear resistant materials Materials for abrasion
resistance Wear rates Hardfacings Ceramics Carbide composites
Wear performance Erosive wear Cavitation erosion
Wear
Casting alloys and foundry data
Casting techniques
Patterns Crucibles Fluxing
Contraction allowances Materials Dressings Fluxing and
inoculation
Aluminium alloys
Copper base alloys
Nickel base alloys
Magnesium alloys
Zinc base alloys
Steel castings
Casting characteristics Heat treatment Typical properties
Pressure purposes Weldable tubes Aerospace Investment cast
Classification Typical analysis Properties Pig irons Alloying
elements Microconstituents Malleable iron Nodular iron
Compacted iron Special purpose irons
Cast irons Heat treatment
Chemistry of controlled atmosphere processes
Heat treatment equipment
Steel Normalizing Hardening Case hardening Carburizing Nitriding
Cast iron Malleabilizing Nodular
Aluminium alloys Annealing Stabilizing Hardening
Copper alloys Environments Annealing Stress relief
Nickel and cobalt alloys
Magnesium alloys Safety Environment Casting alloys
Laser metal working
Introduction
Lasers Basic principles
Process considerations
Cutting
Drilling and engraving
Welding
Transformation hardening
Surface cladding and alloying
Safety
Bibliography
Guide to corrosion control
Introduction
Bimetallic corrosion
Crevice corrosion
Corrosion/erosion resistant materials
Cavitation
Corrosion fatigue
Stress corrosion cracking
Hydrogen embrittlement
Fracture toughness under corrosive conditions
Atmospheric corrosion
High temperature oxidation resistance
Contact corrosion
Types Environments Accelerating factors
Electroplating and metal finishing
Polishing compositions
Cleaning and pickling processes
Anodizing and plating processes
Electroplating process
Electroplating process parameters
Miscellaneous coating processes
Plating formulae for nonconducting surfaces
Methods of stripping electroplated coatings
Conversion coating processes
Phosphating Chromating Colouring
Glossary of trade names for coating processes
Engineering ceramics and refractory materials
Physical and mechanical properties of engineering ceramics
Prepared but unshaped refractory materials
Aluminous cements
Castable materials
Mouldable materials
Ramming materials
Gunning materials
Design of refractory linings
Fuels
Coal
Metallurgical cokes
Gaseous fuels, liquid fuels and energy requirements
Liquid fuels Gaseous fuels Energy data
Welding
Introduction
Glossary of welding terms
Resistance welding
Friction welding
Fusion welding
British standards relating to welding
Soldering and brazing
Introduction
Quality assurance
Soldering
Brazing
Bibliography
Vapoar deposited coatings
Physical vapour deposition
Chemical vapour deposition
Evaporation Sputter plating Ion cleaning
Elements Oxides Nitrides Carbides
Superplasticity
Nonferrous systems Iron and steel systems Powdered material
systems
Metalmatrix composites
Index
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