Steel

• Bessemer Process Chapter 1
• Open Hearth Process Chapter 2
• Crucible Steel Chapter 3
• The Electric Process Chapter 4
• Classifications Of Steel Chapter 5
• Composition And Properties Of Steel Chapter 6
• Sulphur Chapter 7
• Phosphorus Chapter 8
• Silicon Chapter 9
• Manganese Chapter 10
• Alloying Elements Chapter 11
• Properties Of Steel Chapter 12
• Tensile Properties Chapter 13
• Impact Tests Chapter 14
• Fatigue Tests Chapter 15
• Hardness Testing Chapter 16
• Nickel Chapter 17
• Chromium Chapter 18
• Nickel-chromium Chapter 19
• Vanadium Chapter 20
• Manganese Chapter 21
• Tungsten Chapter 22
• Molybdenum Chapter 23
• Silicon Chapter 24
• Phosphorus Chapter 25
• Sulphur Chapter 26
• Properties Of Alloy Steels Chapter 27
• Non-shrinking Oil-hardening Steels Chapter 28
• Effect Of A Small Amount Of Copper In Medium-carbon Steel Chapter 29
• High-chromium Or Rust-proof Steel Chapter 30
• Annealing Chapter 31
• Hardening Chapter 32
• Corrosion Chapter 33
• Liberty Motor Connecting Rods Chapter 34
• Pickling The Forgings Chapter 35
• Application Of Liberty Engine Materials To The Automotive Industry Chapter 36
• Carbon-steel Forgings Chapter 37
• Highly Stressed Parts Chapter 38
• Gears Chapter 39
• Rate Of Cooling Chapter 40
• Connecting Rods Chapter 41
• Crankshaft Chapter 42
• Piston Pin Chapter 43
• Application To The Automotive Industry Chapter 44
• Composition Of Transmission-gear Steel Chapter 45
• Heat Treatment Of Axles Chapter 46
• Making Steel Balls Chapter 47
• The Forging Of Steel Chapter 48
• Heating Chapter 49
• Steel Worked In Austenitic State Chapter 50
• Steel Can Be Worked Cold Chapter 51
• Forging High-speed Steel Chapter 52
• Carbon Tool Steel Chapter 53
• Oil-hardening Steel Chapter 54
• Chrome-nickel Steel Chapter 55
• Plant For Forging Rifle Barrels Chapter 56
• Machineability Chapter 57
• Annealing Chapter 58
• Annealing Of High-speed Steel Chapter 59
• Tool Or Crucible Steel Chapter 60
• Annealing Alloy Steel Chapter 61
• High-carbon Machinery Steel Chapter 62
• Annealing In Bone Chapter 63
• Annealing Of Rifle Components At Springfield Armory Chapter 64
• Surface Carburizing Chapter 65
• Rate Of Absorption Chapter 66
• Carburizing Material Chapter 67
• Quenching Chapter 68
• Effect Of Different Carburizing Material Chapter 69
• Quenching The Work Chapter 70
• The Quenching Tank Chapter 71
• Refining The Grain Chapter 72
• Case-hardening Treatments For Various Steels Chapter 73
• Carburizing By Gas Chapter 74
• Preventing Carburizing By Copper-plating Chapter 75
• Preparing Parts For Local Case-hardening Chapter 76
• The Penetration Of Carbon Chapter 77
• Introduction Of Carbon Chapter 78
• Using Illuminating Gas Chapter 79
• A Satisfactory Luting Mixture Chapter 80
• Gas Consumption For Carburizing Chapter 81
• The Care Of Carburizing Compounds Chapter 82
• Separating The Work From The Compound Chapter 83
• Blending The Compound Chapter 84
• Heat Treatment Of Steel Chapter 85
• Critical Points Chapter 86
• Hardening Chapter 87
• Judging The Heat Of Steel Chapter 88
• Heat Treatment Of Gear Blanks Chapter 89
• Annealing Work Chapter 90
• Process Of Carburizing Chapter 91
• Effects Of Proper Annealing Chapter 92
• Temperature For Annealing Chapter 93
• Care In Annealing Chapter 94
• The Influence Of Size Chapter 95
• Heat-treating Equipment And Methods For Mass Production Chapter 96
• Annealing Method Chapter 97
• Heat-treating Department Chapter 98
• The Packing Department Chapter 99
• Short Method Of Treatment Chapter 100
• The Effect Chapter 101
• Affinity Of Nickel Steel For Carbon Chapter 102
• Testing And Inspection Of Heat Treatment Chapter 103
• Temperature Recording And Regulation Chapter 104
• Hardening Operation Chapter 105
• Carburizing Low-carbon Sleeves Chapter 106
• Cyanide Bath For Tool Steels Chapter 107
• Drop Forging Dies Chapter 108
• S A E Heat Treatments Chapter 109
• Restoring Overheated Steel Chapter 110
• Hardening Carbon Steel For Tools Chapter 111
• The Modern Hardening Room Chapter 112
• Take Time For Hardening Chapter 113
• Carbon In Tool Steel Chapter 114
• Carbon Steels For Different Tools Chapter 115
• Uses Of The Various Tempers Of Carbon Tool Steel Chapter 116
• Steel For Chisels And Punches Chapter 117
• Preventing Decarbonization Of Tool Steel Chapter 118
• Annealing To Relieve Internal Stresses Chapter 119
• Double Annealing Chapter 120
• Quenching Tool Steel Chapter 121
• The Theory Of Tempering Chapter 122
• Temperatures To Use Chapter 123
• Knowing What Takes Place Chapter 124
• Hints For Tool Steel Users Chapter 125
• Preventing Cracks In Hardening Chapter 126
• Shrinking And Enlarging Work Chapter 127
• Tempering Round Dies Chapter 128
• The Effect Of Tempering On Water-quenched Gages Chapter 129
• Tempering Colors On Carbon Steels Chapter 130
• High Speed Steel Chapter 131
• Standard Analysis Chapter 132
• Detrimental Elements Chapter 133
• Quality And Structure Chapter 134
• Hardening High-speed Steels Chapter 135
• Cutting-off Steel From Bar Chapter 136
• Lathe And Planer Tools Chapter 137
• For Milling Cutters And Formed Tools Chapter 138
• Instructions For Working High-speed Steel Chapter 139
• Lathe And Planer Tools Chapter 140
• Heat Treatment Of Lathe Planer And Similar Tools Chapter 141
• Heat Treatment Of Milling Cutters Drills Reamers Etc Chapter 142
• Heat Treatment Of Punches And Dies Shears Taps Etc Chapter 143
• A Chromium-cobalt Steel Chapter 144
• Suggestions For Handling High-speed Steels Chapter 145
• Hardening High-speed Steel Chapter 146
• Air-hardening Steels Chapter 147
• Typical Oil-fired Furnaces Chapter 148
• Protective Screens For Furnaces Chapter 149
• Heavy Forging Practice Chapter 150
• Flange Shields For Furnaces Chapter 151
• Heating Of Manganese Steel Chapter 152
• Furnace Data Chapter 153
• Pyrometry And Pyrometers Chapter 154
• Pyrometers Chapter 155
• The Thermo-couple Chapter 156
• The Pyrometer And Its Use Chapter 157
• Calibration Of Pyrometer With Common Salt Chapter 158
• Complete Calibration Of Pyrometers Chapter 159
• Placing Of Pyrometers Chapter 160
• The Leeds And Northrup Potentiometer System Chapter 161
• Placing The Thermo-couples Chapter 162
• Leeds And Northrup Optical Pyrometer Chapter 163
• Optical System And Electrical Circuit Of The Leeds & Northrup Optical Pyrometer Chapter 164
• Correction For Cold-junction Errors Chapter 165
• Correction By Zero Adjustment Chapter 166
• Compensating Leads Chapter 167
• Brown Automatic Signaling Pyrometer Chapter 168
• An Automatic Temperature Control Pyrometer Chapter 169
• Pyrometers For Molten Metal Chapter 170
• Protectors For Thermo-couples Chapter 171
• Steel Before The 1850's Chapter 172
• Robert Mushet Chapter 173
• Ebbw Vale And The Bessemer Process Chapter 174
• Mushet And Bessemer Chapter 175
• William Kelly's Air-boiling Process Chapter 176
• Conclusions Chapter 177

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