MARC 主機 00000nam a22004693i 4500 
001    EBC321353 
003    MiAaPQ 
005    20200713055121.0 
006    m     o  d |       
007    cr cnu|||||||| 
008    200713s2007    xx      o     ||||0 eng d 
020    9780511353956|q(electronic bk.) 
020    |z9780521881210 
035    (MiAaPQ)EBC321353 
035    (Au-PeEL)EBL321353 
035    (CaPaEBR)ebr10209470 
035    (OCoLC)780926151 
040    MiAaPQ|beng|erda|epn|cMiAaPQ|dMiAaPQ 
050  4 TS213 -- .H66 2007eb 
082 0  671.3 
100 1  Hosford, William F 
245 10 Metal Forming :|bMechanics and Metallurgy 
250    3rd ed 
264  1 Cambridge :|bCambridge University Press,|c2007 
264  4 |c©2007 
300    1 online resource (328 pages) 
336    text|btxt|2rdacontent 
337    computer|bc|2rdamedia 
338    online resource|bcr|2rdacarrier 
505 0  Cover -- Half-title -- Title -- Copyright -- Contents -- 
       Preface to Third Edition -- 1 Stress and Strain -- 1.1 
       STRESS -- 1.2 STRESS TRANSFORMATION -- 1.3 PRINCIPAL 
       STRESSES -- 1.4 MOHR'S CIRCLE EQUATIONS -- 1.5 STRAIN -- 
       1.6 SMALL STRAINS -- 1.7 THE STRAIN TENSOR -- 1.8 
       ISOTROPIC ELASTICITY -- 1.9 STRAIN ENERGY -- 1.10 FORCE 
       AND MOMENT BALANCES -- 1.11 BOUNDARY CONDITIONS -- NOTES 
       OF INTEREST -- REFERENCES -- APPENDIX - EQUILIBRIUM 
       EQUATIONS -- PROBLEMS -- 2 Plasticity -- 2.1 YIELD 
       CRITERIA -- 2.2 TRESCA CRITERION -- 2.3 VON MISES 
       CRITERION -- 2.4 PLASTIC WORK -- 2.5 EFFECTIVE STRESS -- 
       2.6 EFFECTIVE STRAIN -- 2.7 FLOW RULES -- 2.8 NORMALITY 
       PRINCIPLE -- 2.9 DERIVATION OF THE VON MISES EFFECTIVE 
       STRAIN -- NOTES OF INTEREST -- REFERENCES -- PROBLEMS -- 3
       Strain Hardening -- 3.1 THE TENSION TEST -- 3.2 ELASTIC--
       PLASTIC TRANSITION -- 3.3 ENGINEERING VS. TRUE STRESS AND 
       STRAIN -- 3.4 A POWER-LAW EXPRESSION -- 3.5 OTHER STRAIN 
       HARDENING APPROXIMATIONS -- 3.6 BEHAVIOR DURING NECKING --
       3.7 COMPRESSION TESTING -- 3.8 BULGE TESTING -- 3.9 PLANE-
       STRAIN COMPRESSION -- 3.10 TORSION TESTING -- NOTE OF 
       INTEREST -- REFERENCES -- PROBLEMS -- 4 Instability -- 4.1
       UNIAXIAL TENSION -- 4.2 EFFECT OF INHOMOGENEITIES -- 4.3 
       BALANCED BIAXIAL TENSION -- 4.4 PRESSURIZED THIN-WALL 
       SPHERE -- 4.5 SIGNIFICANCE OF INSTABILITY -- NOTE OF 
       INTEREST -- REFERENCES -- PROBLEMS -- 5 Temperature and 
       Strain-Rate Dependence -- 5.1 STRAIN RATE -- 5.2 
       SUPERPLASTICITY -- 5.3 EFFECT OF INHOMOGENEITIES -- 5.4 
       COMBINED STRAIN AND STRAIN-RATE EFFECTS -- 5.5 ALTERNATIVE
       DESCRIPTION OF STRAIN-RATE DEPENDENCE -- 5.6 TEMPERATURE 
       DEPENDENCE OF FLOW STRESS -- 5.7 DEFORMATION MECHANISM 
       MAPS -- 5.8 HOT WORKING -- 5.9 TEMPERATURE RISE DURING 
       DEFORMATION -- NOTES OF INTEREST -- REFERENCES -- PROBLEMS
       -- 6 Work Balance -- 6.1 IDEAL WORK -- 6.2 EXTRUSION AND 
       DRAWING -- 6.3 DEFORMATION EFFICIENCY 
505 8  6.4 MAXIMUM DRAWING REDUCTION -- 6.5 EFFECTS OF DIE ANGLE 
       AND REDUCTION -- 6.6 SWAGING -- REFERENCES -- PROBLEMS -- 
       7 Slab Analysis and Friction -- 7.1 SHEET DRAWING -- 7.2 
       WIRE AND ROD DRAWING -- 7.3 FRICTION IN PLANE-STRAIN 
       COMPRESSION -- 7.4 STICKING FRICTION -- 7.5 MIXED STICKING
       --SLIDING CONDITIONS -- 7.6 CONSTANT SHEAR STRESS 
       INTERFACE -- 7.7 AXIALLY SYMMETRIC COMPRESSION -- 7.8 SAND
       -PILE ANALOGY -- 7.9 FLAT ROLLING -- 7.10 ROLL FLATTENING 
       -- 7.11 ROLL BENDING -- 7.12 COINING -- 7.13 DRY FRICTION 
       -- 7.14 LUBRICANTS -- 7.15 EXPERIMENTAL FINDINGS -- 7.16 
       RING FRICTION TEST -- REFERENCES -- PROBLEMS -- 8 Upper-
       Bound Analysis -- 8.1 UPPER BOUNDS -- 8.2 ENERGY 
       DISSIPATION ON PLANE OF SHEAR -- 8.3 PLANE-STRAIN 
       FRICTIONLESS EXTRUSION -- 8.4 PLANE-STRAIN FRICTIONLESS 
       INDENTATION -- 8.5 PLANE-STRAIN COMPRESSION -- 8.6 ANOTHER
       APPROACH TO UPPER BOUNDS -- 8.7 COMBINED UPPER-BOUND 
       ANALYSIS -- 8.8 PLANE-STRAIN DRAWING -- 8.9 AXISYMMETRIC 
       DRAWING -- REFERENCES -- PROBLEMS -- 9 Slip-Line Field 
       Analysis -- 9.1 INTRODUCTION -- 9.2 GOVERNING STRESS 
       EQUATIONS -- 9.3 BOUNDARY CONDITIONS -- 9.4 PLANE-STRAIN 
       INDENTATION -- 9.5 HODOGRAPHS FOR SLIP-LINE FIELDS -- 9.6 
       PLANE-STRAIN EXTRUSION -- 9.7 ENERGY DISSIPATION IN A SLIP
       -LINE FIELD -- 9.8 METAL DISTORTION -- 9.9 INDENTATION OF 
       THICK SLABS -- 9.10 PLANE-STRAIN DRAWING -- 9.11 CONSTANT 
       SHEAR-STRESS INTERFACES -- 9.12 PIPE FORMATION -- NOTES OF
       INTEREST -- REFERENCES -- APPENDIX -- PROBLEMS -- 10 
       Deformation-Zone Geometry -- 10.1 THE PARAMETER -- 10.2 
       FRICTION -- 10.3 REDUNDANT DEFORMATION -- 10.4 
       INHOMOGENEITY -- 10.5 INTERNAL DAMAGE -- 10.6 RESIDUAL 
       STRESSES -- 10.7 COMPARISON OF PLANE-STRAIN AND 
       AXISYMMETRIC DEFORMATION -- NOTE OF INTEREST -- REFERENCES
       -- PROBLEMS -- 11 Formability -- 11.1 DUCTILITY -- 11.2 
       METALLURGY -- 11.3 DUCTILE FRACTURE -- 11.4 HYDROSTATIC 
       STRESS -- 11.5 BULK FORMABILITY TESTS 
505 8  11.6 FORMABILITY IN HOT WORKING -- NOTE OF INTEREST -- 
       REFERENCES -- PROBLEMS -- 12 Bending -- 12.1 SHEET BENDING
       -- 12.2 BENDING WITH SUPERIMPOSED TENSION -- 12.3 NEUTRAL 
       AXIS SHIFT -- 12.4 BENDABILITY -- 12.5 SHAPE BENDING -- 
       12.6 FORMING LIMITS IN BENDING -- NOTE OF INTEREST -- 
       REFERENCES -- PROBLEMS -- 13 Plastic Anisotropy -- 13.1 
       CRYSTALLOGRAPHIC BASIS -- 13.2 MEASUREMENT OF R -- 13.3 
       HILL'S ANISOTROPIC PLASTICITY THEORY -- 13.4 SPECIAL CASES
       OF HILL'S YIELD CRITERION -- 13.5 NONQUADRATIC YIELD 
       CRITERIA -- 13.6 CALCULATION OF ANISOTROPY FROM 
       CRYSTALLOGRAPHIC CONSIDERATIONS -- NOTE OF INTEREST -- 
       REFERENCES -- PROBLEMS -- 14 Cupping, Redrawing, and 
       Ironing -- 14.1 CUP DRAWING -- 14.2 ANISOTROPIC EFFECTS IN
       DRAWING -- 14.3 EFFECTS OF STRAIN HARDENING IN DRAWING -- 
       14.4 ANALYSIS OF ASSUMPTIONS -- 14.5 EFFECTS OF TOOLING ON
       CUP DRAWING -- 14.6 EARING -- 14.7 REDRAWING -- 14.8 
       IRONING -- 14.9 RESIDUAL STRESSES -- NOTES OF INTEREST -- 
       REFERENCES -- PROBLEMS -- 15 Forming Limit Diagrams -- 
       15.1 LOCALIZED NECKING -- 15.2 FORMING LIMIT DIAGRAMS -- 
       15.3 EXPERIMENTAL DETERMINATION OF FLDS -- 15.4 
       CALCULATION OF FORMING LIMIT DIAGRAMS -- 15.5 FACTORS 
       AFFECTING FORMING LIMITS -- 15.6 CHANGING STRAIN PATHS -- 
       15.7 STRESS-BASED FORMING LIMITS -- NOTE OF INTEREST -- 
       REFERENCES -- PROBLEMS -- 16 Stamping -- 16.1 STAMPING -- 
       16.2 DRAW BEADS -- 16.3 STRAIN DISTRIBUTION -- 16.4 LOOSE 
       METAL AND WRINKLING -- 16.5 FLANGING -- 16.6 SPRINGBACK --
       16.7 STRAIN SIGNATURES -- 16.8 TAILOR-WELDED BLANKS -- 
       16.9 DIE DESIGN -- 16.10 TOUGHNESS AND SHEET TEARING -- 
       16.11 GENERAL OBSERVATIONS -- NOTES OF INTEREST -- 
       REFERENCES -- PROBLEMS -- 17 Other Sheet-Forming 
       Operations -- 17.1 ROLL FORMING -- 17.2 SPINNING -- 17.3 
       HYDROFORMING OF TUBES -- 17.4 FREE EXPANSION OF TUBES -- 
       17.5 HYDROFORMING INTO SQUARE CROSS SECTION -- 17.6 BENT 
       SECTIONS -- 17.7 SHEARING -- REFERENCES 
505 8  PROBLEMS -- 18 Formability Tests -- 18.1 CUPPING TESTS -- 
       18.2 LDH TEST -- 18.3 POST-UNIFORM ELONGATION -- 18.4 OSU 
       FORMABILITY TEST -- 18.5 HOLE EXPANSION -- 18.6 HYDRAULIC 
       BULGE TEST -- 18.7 DUNCAN FRICTION TEST -- REFERENCES -- 
       PROBLEMS -- 19 Sheet Metal Properties -- 19.1 INTRODUCTION
       -- 19.2 SURFACE APPEARANCE -- 19.3 STRAIN AGING -- 19.4 
       ALUMINUM-KILLED STEELS -- 19.5 INTERSTITIAL-FREE STEELS --
       19.6 HSLA STEELS -- 19.7 DUAL-PHASE AND COMPLEX-PHASE 
       STEELS -- 19.8 TRANSFORMATION-INDUCED PLASTICITY (TRIP) 
       STEELS -- 19.9 MARTENSITIC STEELS -- 19.10 TRENDS -- 19.11
       SPECIAL SHEET STEELS -- 19.12 SURFACE TREATMENT -- 19.13 
       STAINLESS STEELS -- 19.14 ALUMINUM ALLOYS -- 19.15 COPPER 
       AND BRASS -- 19.16 HEXAGONAL CLOSE-PACKED METALS -- 19.17 
       TOOLING -- 19.18 PRODUCT UNIFORMITY -- NOTES OF INTEREST -
       - REFERENCES -- PROBLEMS -- Index 
520    This book is about principles of metal forming processes 
       and the analysis of forming operations 
588    Description based on publisher supplied metadata and other
       sources 
590    Electronic reproduction. Ann Arbor, Michigan : ProQuest 
       Ebook Central, 2020. Available via World Wide Web. Access 
       may be limited to ProQuest Ebook Central affiliated 
       libraries 
650  0 Metal-work.;Deformations (Mechanics) 
655  4 Electronic books 
700 1  Caddell, Robert M 
776 08 |iPrint version:|aHosford, William F.|tMetal Forming : 
       Mechanics and Metallurgy|dCambridge : Cambridge University
       Press,c2007|z9780521881210 
856 40 |uhttps://ebookcentral.proquest.com/lib/sinciatw/
       detail.action?docID=321353|zClick to View