《METALS ENGINEERING DESIGN SECOND EDITION》

PART ONESelection of Materials by William P.Achbach3

PART TWOMechanical Properties of Metals in Design9

1.Significance of Mechanical-properties Data William P.Achbach11

2.Temperature Consideration in Design20

2.1High-temperature Considerations in Design20

2.1.1 Power Plants H.D.Emmert and Robert Matters20

2.1.2 Petroleum Heaters M.W.Barnes33

2.1.3 Internal Combustion Engines Thomas E.Eagan37

2.1.4 Gas Turbines Howard R.Voorhees44

2.1.5 Rocket Engines R.F.Baggs,J.W.Campbell,and F.J.Darms,Jr.54

2.2 A Review of Engineering Approaches to Brittle Fracture Design J.D.Lubahn71

2.3 Thermal Stresses Bruno A.Boley and Jerome H.Weiner106

3.Plasticity Considerations in Design123

3.1Stress and Strain in the Plastic Region Evan A.Davis123

3.2 Anelasticity Clarence Zener and A.C.Hagg133

4.Residual Stresses Oscar J.Horger135

5.Vibration Considerations in Design Nils O.Myklestad156

6.Plates and Shells William A.Nash174

7.Fatigue Characteristics in Design190

7.1Types of Stress Herbert F.Moore190

7.2 Stress Range Thomas J.Dolan192

7.3 Method of Testing Thomas J.Dolan199

7.4 Mechanical Properties Thomas J.Dolan208

7.5 Surface Finish B.C.Hanley and Thomas J.Dolan215

7.6 Grooves,Fillets,Oil Holes,and Keyways R.E.Peterson226

7.7 Overstressing and Understressing in Fatigue H.T.Corten231

7.8 Statistical Methods in Fatigue Alfred M.Freudenthal242

8.Fatigue Considerations Resulting from Processing249

8.1Grain Flow R.L.Templin,E.C.Hartmann,and F.M.Howell249

8.2 Shot Peening John C.Straub258

8.3 Cold Working Oscar J.Horger264

8.4 Decarburization Oscar J.Horger278

8.5 Case Carburizing R.L.Mattson and G.H.Robinson284

8.6 Nitriding Carl F.Floe291

8.7 Metallic Coatings R.R.Moore295

8.8 Flame Strengthening J.H.Zimmermann319

8.9 Riveted Structural Joints W H.Munse and W.M.Wilson322

8.10 Bolted Structural Joints W.H.Munse326

8.11 Bolted Joints W.C.Stewart328

8.12 Welded Structural Joints W.H.Munse and W.M.Wilson335

8.13 Press-and Shrink-fitted Assembly Oscar J.Horger340

9.Bearing,Friction,Wear,and Lubrication Considerations in Design H.W.Gillett and revised by C.M.Allen,S.L.Cosgrove,and J.C.Bell355

10.Shock and Impact Considerations in Design Irwin Vigness and W.P.Welch365

PART THREEOther Physical Properties Affecting Design379

1.Corrosion381

1.1Mechanical Factors Influencing Corrosion H.R.Copson381

1.2 Fretting Corrosion and Fatigue George Sachs and Oscar J.Horger395

2.Radiation Properties R.G.Berggren403

3.Electrical Properties P.H.Estes and A.E.Kettner418

PART FOURNondestructive Testing445

1.Magetic-particle Inspection C.E.Betz447

2.Ultrasonic Testing and Inspection John C.Smack455

3.X-ray Examination R.M.Landis468

4.Electrical Methods G.R.Greenslade and W.J.Eisenbeis479

5.Core-loss Principle P.E.Cavanagh and R.T.Cavanagh486

6.Magnetic and Electromagnetic Methods G.R.Greenslade and W.J.Eisenbeis489

PART FIVEDesign Considerations495

1.Design Practice Charles Lipson and G.C.Noll497

2.Design Theory506

2.1Elements of Theory of Elasticity S.Timoshenko and Joseph Marin506

2.2 Theories of Failure Joseph Marin517

2.3 Working Stresses Joseph Marin527

3.Experimental Design532

3.1Strain Gages—Principally Electric Type Peter K.Stein532

3.2 Strain Gages—Other than Electric Type C.O.Dohrenwend546

3.3 Ceramic Brittle Coatings Joseph Baranowski551

3.4 Photoelasticity Max M.Frocht554

3.5 Stress Analysis with the Photoelastic Coating Technique Felix Zandman570

3.6 Statistical Design of Experiments W.J.Youden583

3.7 Radioactive Isotopes Robert S.Rochlin586

4.Surface-finish Requirements in Design James A.Broadston593

Index607