This convenient source has definitions, synonyms, abbreviations, and conversion factors for both mechanical and physical properties. For ease of use, all pertinent information, including foreign names and parameters, is grouped onto one single page. You'll also find indexes for foreign abbreviations, names of properties, and complete conversion factors. Ideal for quick, everyday reference, this book was compiled and reviewed by the Materials Properties Database Committee of ASM International.
Introduction
Mechanical/Bearing
Chapter 1 : Bearing Strength
Chapter 2 : Bending Yield Strength
Mechanical/Bending
Chapter 3 : Bending Strength
Mechanical/Compressive
Chapter 4 : Compressive Strength
Chapter 5 : Compressive Yield Strength
Mechanical/Creep
Chapter 6 : Activation Energy for Creep
Chapter 7 : Creep Rate
Chapter 8 : Creep Strain
Chapter 9 : Creep Strength
Chapter 10 : Creep-Rupture Ductility (%El)
Chapter 11 : Creep-Rupture Ductility (%RA)
Chapter 12 : Creep-Rupture Strength
Chapter 13 : Notch Rupture Strength
Chapter 14 : Primary Creep
Chapter 15 : Rupture Life
Chapter 16 : Secondary Creep
Chapter 17 : Tertiary Creep
Mechanical/Damping
Chapter 18 : Acoustic Dissipation
Chapter 19 : Damping Capacity
Chapter 20 : Damping Factor
Mechanical/Deformation
Chapter 21 : Flow Stress
Chapter 22 : Hall-Petch Friction Stress
Chapter 23 : Hall-Petch Grain Size Constant
Chapter 24 : Strain-Hardening Exponent
Chapter 25 : Strain-Rate Sensitivity
Chapter 26 : Strength Coefficient
Mechanical/Elastic
Chapter 27 : Bulk Modulus
Chapter 28 : Chord Modulus
Chapter 29 : Poisson’s Ratio
Chapter 30 : Secant Modulus
Chapter 31 : Shear Modulus
Chapter 32 : Tangent Modulus
Chapter 33 : Young’s Modulus
Mechanical/Fatigue
Chapter 34 : Cyclic Strain-Hardening Exponent
Chapter 35 : Cyclic Strength Coefficient
Chapter 36 : Cyclic Yield Strength
Chapter 37 : Fatigue Crack Growth Rate
Chapter 38 : Fatigue Ductility Coefficient
Chapter 39 : Fatigue Ductility Exponent
Chapter 40 : Fatigue Endurance Ratio
Chapter 41 : Fatigue Life (Cycles)
Chapter 42 : Fatigue Life (Time)
Chapter 43 : Fatigue Limit
Chapter 44 : Fatigue Notch Factor
Chapter 43 : Fatigue Strength
Chapter 44 : Fatigue Strength Coefficient
Chapter 45 : Fatigue Strength Exponent
Chapter 46 : Stress Concentration Factor
Mechanical/Forming & Processing
Chapter 47 : Bend Radius
Chapter 48 : Plastic Strain Ratio
Mechanical/Fracture
Chapter 49 : Crack-Arrest Toughness
Chapter 50 : Critical Value of The J-Integral
Chapter 51 : Ductile-Brittle Transition temperature
Chapter 52 : Dynamic Fracture Toughness
Chapter 53 : Dynamic Tear Energy
Chapter 54 : Fracture Appearance Transition Temperature
Chapter 55 : Fracture Ductility
Chapter 56 : Fracture Stress
Chapter 57 : Fracture Toughness
Chapter 58 : Impact Toughness
Chapter 59 : Nil Ductility Transition Temperature
Chapter 60 : Plane-Strain Fracture Toughness
Chapter 61 : Plane-Stress Fracture Toughness
Mechanical/Hardness
Chapter 62 : Hardness Tables
Chapter 63 : Brinell Hardness
Chapter 64 : Knoop Hardness
Chapter 65 : Rockwell Hardness
Chapter 66 : Scleroscope Hardness
Chapter 67 : Vickers Hardness
Mechanical/Shear
Chapter 68 : Shear Strength
Chapter 69 : Shear Yield Strength
Mechanical/Tensile
Chapter 70 : Elongation
Chapter 71 : Notch Tensile Strength
Chapter 72 : Reduction of Area
Chapter 73 : Tensile Strength
Chapter 74 : Tensile Yield Strength
Chapter 75 : Yield Point
Mechanical/Atomic
Chapter 76 : Atomic Number
Chapter 77 : Atomic Weight
Chapter 78 : Ionization Potential
Chapter 79 : Neutron Cross Section
Physical/Corrosion
Chapter 80 : Corrosion Potential
Chapter 81 : Corrosion Rate
Chapter 82 : Critical Pitting Potential
Chapter 83 : Decomposition Potential
Chapter 84 : Electrode Potential
Chapter 85 : Electrokinetic Potential
Chapter 86 : Equilibrium Potential
Chapter 87 : Redox Potential
Chapter 88 : Repassivation Potential
Chapter 89 : SCC Threshold
Chapter 90 : Standard Electrode Potential
Chapter 91 : Weight Gain
Chapter 92 : Weight Loss
Physical/Electrical
Chapter 93 : Critical Current Density of Superconductivity
Chapter 94 : Critical Field Strength of Superconductivity
Chapter 95 : Critical Temperature of Superconductivity
Chapter 96 : Dissipation Factor
Chapter 97 : Electrical Conductivity
Chapter 98 : Relative Resistivity
Chapter 99 : Resistivity
Chapter 100 : Thermal Coefficient of Resistivity
Chapter 101 : Thermoelectric Potential
Chapter 102 : Weight Conductivity
Chapter 103 : Weight Resistivity
Physical/Magnetic
Chapter 104 : Coercive Force
Chapter 105 : Coercivity
Chapter 106 : Curie Temperature
Chapter 107 : Hall Coefficient
Chapter 108 : Intrinsic Magnetic Induction
Chapter 109 : Magnetic Core Loss
Chapter 110 : Magnetic Energy Product
Chapter 111 : Magnetic Field Strength
Chapter 112 : Magnetic Field Strength at BHmax
Chapter 113 : Magnetic Hysteresis Loss
Chapter 114 : Magnetic Induction
Chapter 115 : Magnetic Induction at Bhmax
Chapter 116 : Magnetic Peak Inductance
Chapter 117 : Magnetic Permeability
Chapter 118 : Magnetic Residual Induction
Chapter 119 : Magnetic Susceptibility
Chapter 120 : Magnetizing Field Requirement
Chapter 121 : Magnetoresistance Coefficient
Chapter 122 : Mass Susceptibility
Chapter 123 : Molar Susceptibility
Chapter 124 : Relative Permeability
Chapter 125 : Volume Susceptibility
Physical/Mass
Chapter 126 : Compressibility
Chapter 127 : Density
Chapter 128 : Dynamic Viscosity
Chapter 129 : Kinematic Viscosity
Chapter 130 : Velocity of Sound
Physical/Microstructure
Chapter 131 : Grain Size
Chapter 132 : Lattice Parameter
Physical/Surface
Chapter 133 : Optical Reflectance
Chapter 134 : Surface Energy
Chapter 135 : Surface Tension
Chapter 136 : Work Function
Physical/Thermal
Chapter 137 : Coefficient of Linear Thermal Expansion
Chapter 138 : Coefficient of Volumetric Thermal Expansion
Chapter 139 : Diffusion Coefficient
Chapter 140 : Diffusion Frequency Factor
Chapter 141 : Electronic Heat Capacity
Chapter 142 : Emittance
Chapter 143 : Enthalpy of Combustion
Chapter 144 : Heat Capacity
Chapter 145 : Latent Heat of Evaporation
Chapter 146 : Latent Heat of Fusion Liquidus Temperature
Chapter 147 : Melting Point
Chapter 148 : Melting Range
Chapter 149 : Normal Boiling Point
Chapter 150 : Service Temperature (Continuous)
Chapter 151 : Service Temperature (Maximum)
Chapter 152 : Solidus Temperature
Chapter 153 : Specific Heat Capacity
Chapter 154 : Thermal Conductivity
Chapter 155 : Thermal Diffusivity
Chapter 156 : Vapor Pressure
Index
