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| Brandt D.A., Warner J.C. — Metallurgy Fundamentals |
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| Ïðåäìåòíûé óêàçàòåëü |
Mohs Scale hardness testing method 37—38
Molding (steel sample) 159
Molecule 14
Molten salt bath quenching 168
Molybdenum 71 79—80
Moment of inertia 51—52
Naval brass 263
Neutron 13
Nickel 71 77 80 85 277—278
Nickel alloy 80
Nitriding 221 225—227
Nodular cast iron 85
Nodular iron 81
Nonferrous metal, alloying 238—239
Nonferrous metal, annealing 241—242
Nonferrous metal, atomic structure 236—238
Nonferrous metal, cold working 239—242
Nonferrous metal, precipitation hardening 242—246
Nonferrous metal, processing 235—248
Nonferrous metal, properties 236
Normalizing 177 183—184
Normalizing, purposes 178—179
Nucleus 13
Oil quenching 168—169
Open-hearth furnace 102 104—105
Oxidation 59
Pack carburizing 222—223
Pearlite 137—138
Pearlite, microstructural analysis 153—154
Penetration hardness 22
Percent elongation 54
Periodic table 14 15
phase diagram 244
Phases (alloys) 242 244—246 283
Phosphorus 72
Photomicography 153
Pig 96—97
Pig iron 89 96—97
Pig, aluminum 250
Pitting 60
Plastic deformation 54
Plastic range 57
Plasticity 54
Poisson's ratio 58
Polar moment of inertia 51
Polishing (steel sample) 160
Porosity 272
Pot line 250
Precipitated carbon 81
Precipitates 246
Precipitation hardening 242—246
Precipitation hardening, alloy strengthening 242—244
Precipitation hardening, aluminum 255—257
Precipitation hardening, copper 265
Precipitation hardening, identifying alloy phases 244—246
Precipitation hardening, magnesium alloy 268—269
Process annealing 10—11 180—182
Proportional limit 57
Proton 13
Psi 49
Quench and temper structural steel 77
Quenching 163 165—175
Quenching, air 12 78 169
Quenching, austempering 214—215
Quenching, basic 212—213
Quenching, comparison of techniques 169—171
Quenching, distortion 174—175
Quenching, isothermal 215
Quenching, martempering 213—214
Quenching, medium temperature 171
Quenching, mediums and techniques 167—169
Quenching, stages 163 165—167
Quenching, techniques 211—216
Quenching, timing 171 173
Red mud 249
Region of transformation 190
Regions of isothermal transformation 191—192
resonant frequency 37
Rockwell hardness testing method 30—32
Rockwell superficial hardness testing method 33
Roll mill 91
Rolling 239—240
Rolling mill 107—108
Rust 59
Scratch hardness 22
Shear strength 50
Shock resistance 53
Shore scleroscope hardness testing method 35—36
Silicon 80—81 86
Slab 108
Slag 95—96
Slag stringer 86
Slip plane 237—238
Slow cooling stage (quenching) 167
Soaking 106
Sodium aluminate 249
solder 275
Solid solution alloy 238
Solid solution hardening 239
Solid solution hardening, aluminum 255—257
Solute 18—19
Solution 18
Solution extraction 260
Solution heat treatment, aluminum 255—256
Solution, solid 18—19
Solutionizing 242
Solvent 18—19
Sonodur hardness testing method 37
Space lattice 120—123
Space lattice, austenitic iron 122—123
Space lattice, ferri tic iron 122
Space lattice, martensitic iron 123
Special alloy cast iron 85—86
| Specific heat 63
Specific weight 63
Spheroidizing 182
Spring steel 80
Stainless steel 79—80
Steel 9 19 69—80 137
Steel foundry 91
Steel, alloy steel 74—77
Steel, alloying elements 71—72
Steel, carbon steel 72—74
Steel, chemical terms 19
Steel, comparison to iron 70
Steel, composition 69
Steel, high-alloy steel 80
Steel, improving hardness 148
Steel, manufacture 89—91
Steel, manufacture, pollution control 117
Steel, microstructural analysis 153—162
Steel, numbering system 69—70
Steel, sample preparation procedure 158—161
Steel, spring steel 80
Steel, stainless steel 79—80
Steel, structural combinations 158
Steel, structural forms 137—139
Steel, temperature change and mechanical properties 147—148
Steel, tool steel 77—79
Steel, types 72—80
Straightener 113
strain 54
Strand casting 111 113
Strength 49—53
Stress corrosion cracking 60
Stress, compressive 49—50
Stress, flexural 51—52
Stress, relationship to strain 55—57
Stress, shear 50
Stress, tensile 49
Stress, torsional 50—51
Stress, types 52—59
Stress-strain diagram 57
stripping 106
Sulfur 71 72
Superalloy 277—278
Supersaturated solution 245
Surface hardening 219—233
Surface hardening, applications 220
Surface hardening, basic methods 221—222
Surface hardening, carbonitriding 227—228
Surface hardening, comparison 232 233
Surface hardening, cyaniding 228
Surface hardening, flame hardening 228—230
Surface hardening, gas carburizing 223—225
Surface hardening, induction hardening 230—232
Surface hardening, liquid carburizing 225
Surface hardening, nitriding 225—227
Surface hardening, pack carburizing 222—225
Surface hardening, steel 219—220
Taconite 92
Tapping (blast furnace) 96
Teeming 106
Temper carbon particles 85
Temperature-time line 189
Tempered martensite 212—213
Tempering 11 209—218
Tempering, austempering 214—215
Tempering, basic 212—213
Tempering, comparison of methods 216—217
Tempering, desirability 211
Tempering, effects 209—210
Tempering, isothermal 215
Tempering, martempering 213—214
Tempering, purpose 209
Tempering, techniques 211—216
Tempering, temperature 210
Tempering, timing 210—211
tensile strength 49
thermal conductivity 62
Thermal properties 61—63
Time-temperature-transformation (T-T-T) diagram 188
Tin 273—277
Tin, properties 277
Tin, solder 275
Tinplate 274
Titanium 278—280
Titanium aluminide 283
Titanium nitride 283
Tool steel 77—79
Torsional strength 5U-51
Toughness 53
Transfer temperature range 147
Tundish 111
Tungsten 71 79
Tuyere 115
Uncharged atom 13
Unit cell 120—122 236
Upper transformation temperature 124 188
Vapor covering stage (quenching) 165
Vapor discharge stage (quenching) 165 167
Vapor formation stage (quenching) 165
Vicker's microhardness testing method 25—28
Water quenching 11—12 168
Wave soldering 275—277
Wear 63—65
Web 174
Weight 63
Weldability 65
White cast iron 84
Work hardening 239
Work hardening, aluminum 254—255
Wrought iron 86—87
Young's modulus 55
Zinc 269 271—273
Zinc, die casting 272—273
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