Fundamentals of modern manufacturing: materials, processes, and systems
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Hoboken, NJ
Wiley
2007
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| Ausgabe: | 3. ed. |
| Schlagworte: | |
| Online-Zugang: | Table of contents Inhaltsverzeichnis |
| Beschreibung: | Includes bibliographical references and index |
| Beschreibung: | XII, 1022 S. graph. Darst. 1 DVD (12 cm) |
| ISBN: | 0471744859 9780471744856 |
Internformat
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| 245 | 1 | 0 | |a Fundamentals of modern manufacturing |b materials, processes, and systems |c Mikell P. Groover |
| 250 | |a 3. ed. | ||
| 264 | 1 | |a Hoboken, NJ |b Wiley |c 2007 | |
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| 500 | |a Includes bibliographical references and index | ||
| 650 | 4 | |a Ingeniería de la produción | |
| 650 | 7 | |a Manufactura - Procesos |2 bidex | |
| 650 | 4 | |a Manufacturing processes | |
| 650 | 4 | |a Production engineering | |
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Datensatz im Suchindex
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| adam_text | FUNDAMENTALS OF MODERN MANUFACTURING MATERIALS, PROCESSES, AND SYSTEMS
THIRD EDITION MIKELL P. GROOVER PROFESSOR OF INDUSTRIAL AND SYSTEMS
ENGINEERING LEHIGH UNIVERSITY THE AUTHOR GRATEFULLY ACKNOWLEDGES THE
VALUABLE CONTRIBUTIONS OF PROFESSOR GREGORY L. TONKAY, ASSOCIATE
PROFESSOR OF INDUSTRIAL AND SYSTEMS ENGINEERING LEHIGH UNIVERSITY. JOHN
WILEY & SONS, INC. CONTENTS 1 INTRODUCTION AND OVERVIEW OF MANUFACTURING
1 1.1 WHAT IS MANUFACTURING? 2 1.2 MATERIALS IN MANUFACTURING 8 1.3
MANUFACTURING PROCESSES 10 1.4 PRODUCTION SYSTEMS 17 1.5 ORGANIZATION OF
THE BOOK 20 PART I MATERIAL PROPERTIES AND PRODUCT ATTRIBUTES 2 THE
NATURE OF MATERIALS 23 2.1 ATOMIC STRUCTURE AND THE ELEMENTS 23 2.2
BONDING BETWEEN ATOMS AND MOLECULES 26 2.3 CRYSTALLINE STRUCTURES 28 2.4
NONCRYSTALLINE (AMORPHOUS) STRUCTURES 34 2.5 ENGINEERING MATERIALS 35 3
MECHANICAL PROPERTIES OF MATERIALS 38 3.1 STRESS-STRAIN RELATIONSHIPS 39
3.2 HARDNESS 51 3.3 EFFECT OF TEMPERATURE ON PROPERTIES 55 3.4 FLUID
PROPERTIES 57 3.5 VISCOELASTIC BEHAVIOR OF POLYMERS 60 4 PHYSICAL
PROPERTIES OF MATERIALS 67 4.1 VOLUMETRIC AND MELTING PROPERTIES 68 4.2
THERMAL PROPERTIES 70 4.3 MASS DIFFUSION 72 4.4 ELECTRICAL PROPERTIES 74
4.5 ELECTROCHEMICAL PROCESSES 75 5 DIMENSIONS, TOLERANCES, AND SURFACES
79 5.1 DIMENSIONS, TOLERANCES, AND RELATED ATTRIBUTES 80 5.2 SURFACES 81
5.3 EFFECT OF MANUFACTURING PROCESSES 87 PART II ENGINEERING MATERIALS 6
METALS 90 6.1 ALLOYS AND PHASE DIAGRAMS 91 6.2 FERROUS METALS 96 6.3
NONFERROUS METALS 111 6.4 SUPERALLOYS 122 6.5 GUIDE TO THE PROCESSING OF
METALS 123 7 CERAMICS 127 7.1 STRUCTURE AND PROPERTIES OF CERAMICS 129
7.2 TRADITIONAL CERAMICS 131 7.3 NEW CERAMICS 133 7.4 GLASS 136 7.5 SOME
IMPORTANT ELEMENTS RELATED TO CERAMICS 139 7.6 GUIDE TO PROCESSING
CERAMICS 142 8 POLYMERS 144 8.1 FUNDAMENTALS OF POLYMER SCIENCE AND
TECHNOLOGY 147 8.2 THERMOPLASTIC POLYMERS 156 8.3 THERMOSETTING POLYMERS
163 8.4 ELASTOMERS 167 8.5 GUIDE TO THE PROCESSING OF POLYMERS 174 9
COMPOSITE MATERIALS 176 9.1 TECHNOLOGY AND CLASSIFICATION OF COMPOSITE
MATERIALS 177 9.2 METAL MATRIX COMPOSITES 185 9.3 CERAMIC MATRIX
COMPOSITES 188 9.4 POLYMER MATRIX COMPOSITES 188 9.5 GUIDE TO PROCESSING
COMPOSITE MATERIALS 191 PART III SOLIDIFICATION PROCESSES 10
FUNDAMENTALS OF METAL CASTING 194 10.1 OVERVIEW OF CASTING TECHNOLOGY
197 10.2 HEATING AND POURING 199 10.3 SOLIDIFICATION AND COOLING 203 11
METAL CASTING PROCESSES 214 11.1 SAND CASTING 215 11.2 OTHER
EXPENDABLE-MOLD CASTING PROCESSES 220 11.3 PERMANENT-MOLD CASTING
PROCESSES 226 11.4 FOUNDRY PRACTICE 234 11.5 CASTING QUALITY 238 11.6
METALS FOR CASTING 240 11.7 PRODUCT DESIGN CONSIDERATIONS 242 IX
CONTENTS 12 GLASSWORKING 247 12.1 RAW MATERIALS PREPARATION AND MELTING
247 12.2 SHAPING PROCESSES IN GLASSWORKING 248 12.3 HEAT TREATMENT AND
FINISHING 254 12.4 PRODUCT DESIGN CONSIDERATIONS 255 13 SHAPING
PROCESSES FOR PLASTICS 257 13.1 PROPERTIES OF POLYMER MELTS 259 13.2
EXTRUSION 261 13.3 PRODUCTION OF SHEET AND FILM 271 13.4 FIBER AND
FILAMENT PRODUCTION (SPINNING) 273 13.5 COATING PROCESSES 275 13.6
INJECTION MOLDING 275 13.7 COMPRESSION AND TRANSFER MOLDING 286 13.8
BLOW MOLDING AND ROTATIONAL MOLDING 288 13.9 THERMOFORMING 293 13.10
CASTING 297 13.11 POLYMER FOAM PROCESSING AND FORMING 298 13.12 PRODUCT
DESIGN CONSIDERATIONS 300 14 RUBBER-PROCESSING TECHNOLOGY 307 14.1
RUBBER PROCESSING AND SHAPING 307 14.2 MANUFACTURE OF TIRES AND OTHER
RUBBER PRODUCTS 313 14.3 PRODUCT DESIGN CONSIDERATIONS 316 15 SHAPING
PROCESSES FOR POLYMER MATRIX COMPOSITES 319 15.1 STARTING MATERIALS FOR
PMCS 321 15.2 OPEN MOLD PROCESSES 324 15.3 CLOSED MOLD PROCESSES 327
15.4 FILAMENT WINDING 330 15.5 PULTRUSION PROCESSES 332 15.6 OTHER PMC
SHAPING PROCESSES 333 PART IV PARTICULATE PROCESSING OF METALS AND
CERAMICS 16 POWDER METALLURGY 337 16.1 CHARACTERIZATION OF ENGINEERING
POWDERS 340 16.2 PRODUCTION OF METALLIC POWDERS 343 16.3 CONVENTIONAL
PRESSING AND SINTERING 345 16.4 ALTERNATIVE PRESSING AND SINTERING
TECHNIQUES 351 16.5 MATERIALS AND PRODUCTS FOR PM 354 16.6 DESIGN
CONSIDERATIONS IN POWDER METALLURGY 355 17 PROCESSING OF CERAMICS AND
CERMETS 362 17.1 PROCESSING OF TRADITIONAL CERAMICS 363 17.2 PROCESSING
OF NEW CERAMICS 370 17.3 PROCESSING OF CERMETS 373 17.4 PRODUCT DESIGN
CONSIDERATIONS 375 PART V METAL FORMING AND SHEET METALWORKING 18
FUNDAMENTALS OF METAL FORMING 378 18.1 OVERVIEW OF METAL FORMING 378
18.2 MATERIAL BEHAVIOR IN METAL FORMING 381 18.3 TEMPERATURE IN METAL
FORMING 382 18.4 STRAIN RATE SENSITIVITY 384 18.5 FRICTION AND
LUBRICATION IN METAL FORMING 386 19 BULK DEFORMATION PROCESSES IN
METALWORKING 390 19.1 ROLLING 391 19.2 OTHER DEFORMATION PROCESSES
RELATED TO ROLLING 398 19.3 FORGING 400 19.4 OTHER DEFORMATION PROCESSES
RELATED TO FORGING 412 19.5 EXTRUSION 416 19.6 WIRE AND BAR DRAWING 427
20 SHEET METALWORKING 440 20.1 CUTTING OPERATIONS 441 20.2 BENDING
OPERATIONS 448 20.3 DRAWING 452 20.4 OTHER SHEET-METAL-FORMING
OPERATIONS 459 20.5 DIES AND PRESSES FOR SHEET-METAL PROCESSES 462 20.6
SHEET-METAL OPERATIONS NOT PERFORMED ON PRESSES 469 20.7 BENDING OF TUBE
STOCK 474 PART VI MATERIAL REMOVAL PROCESSES 21 THEORY OF METAL
MACHINING 481 21.1 OVERVIEW OF MACHINING TECHNOLOGY 483 21.2 THEORY OF
CHIP FORMATION IN METAL MACHINING 486 21.3 FORCE RELATIONSHIPS AND THE
MERCHANT EQUATION 490 21.4 POWER AND ENERGY RELATIONSHIPS IN MACHINING
495 21.5 CUTTING TEMPERATURE 498 22 MACHINING OPERATIONS AND MACHINE
TOOLS 505 22.1 TURNING AND RELATED OPERATIONS 508 22.2 DRILLING AND
RELATED OPERATIONS 518 22.3 MILLING 522 CONTENTS XI 22.4 MACHINING
CENTERS AND TURNING CENTERS 529 22.5 OTHER MACHINING OPERATIONS 531 22.6
HIGH-SPEED MACHINING 536 23 CUTTING-TOOL TECHNOLOGY 542 23.1 TOOL LIFE
543 23.2 TOOL MATERIALS 549 23.3 TOOL GEOMETRY 558 23.4 CUTTING FLUIDS
566 24 ECONOMIC AND PRODUCT DESIGN CONSIDERATIONS IN MACHINING 574 24.1
MACHINABILITY 574 24.2 TOLERANCES AND SURFACE FINISH 577 24.3 SELECTION
OF CUTTING CONDITIONS 581 24.4 PRODUCT DESIGN CONSIDERATIONS IN
MACHINING 587 25 GRINDING AND OTHER ABRASIVE PROCESSES 594 25.1 GRINDING
595 25.2 RELATED ABRASIVE PROCESSES 612 26 NONTRADITIONAL MACHINING AND
THERMAL CUTTING PROCESSES 618 26.1 MECHANICAL ENERGY PROCESSES 619 26.2
ELECTROCHEMICAL MACHINING PROCESSES 623 26.3 THERMAL ENERGY PROCESSES
627 26.4 CHEMICAL MACHINING 635 26.5 APPLICATION CONSIDERATIONS 641 PART
VII PROPERTY ENHANCING AND SURFACE PROCESSING OPERATIONS 27 HEAT
TREATMENT OF METALS 647 27.1 ANNEALING 648 27.2 MARTENSITE FORMATION IN
STEEL 648 27.3 PRECIPITATION HARDENING 652 27.4 SURFACE HARDENING 654
27.5 HEAT TREATMENT METHODS AND FACILITIES 655 28 CLEANING AND SURFACE
TREATMENTS 660 28.1 CHEMICAL CLEANING 660 28.2 MECHANICAL CLEANING AND
SURFACE PREPARATION 663 28.3 DIFFUSION AND ION IMPLANTATION 665 29
COATING AND DEPOSITION PROCESSES 669 29.1 PLATING AND RELATED PROCESSES
670 29.2 CONVERSION COATINGS 674 29.3 PHYSICAL VAPOR DEPOSITION 675 29.4
CHEMICAL VAPOR DEPOSITION 678 29.5 ORGANIC COATINGS 681 29.6 PORCELAIN
ENAMELING AND OTHER CERAMIC COATINGS 683 29.7 THERMAL AND MECHANICAL
COATING PROCESSES 684 PART VIM JOINING AND ASSEMBLY PROCESSES 30
FUNDAMENTALS OF WELDING 689 30.1 OVERVIEW OF WELDING TECHNOLOGY 691 30.2
THE WELD JOINT 693 30.3 PHYSICS OF WELDING 696 30.4 FEATURES OF A
FUSION-WELDED JOINT 699 31 WELDING PROCESSES 705 31.1 ARC WELDING 706
31.2 RESISTANCE WELDING 716 31.3 OXYFUEL GAS WELDING 723 31.4 OTHER
FUSION-WELDING PROCESSES 726 31.5 SOLID-STATE WELDING 729 31.6 WELD
QUALITY 734 31.7 WELDABILITY 739 31.8 DESIGN CONSIDERATIONS IN WELDING
739 32 BRAZING, SOLDERING, AND ADHESIVE BONDING 745 32.1 BRAZING 746
32.2 SOLDERING 751 32.3 ADHESIVE BONDING 755 33 MECHANICAL ASSEMBLY 763
33.1 THREADED FASTENERS 764 33.2 RIVETS AND EYELETS 770 33.3 ASSEMBLY
METHODS BASED ON INTERFERENCE FITS 772 33.4 OTHER MECHANICAL FASTENING
METHODS 775 33.5 MOLDING INSERTS AND INTEGRAL FASTENERS 776 33.6 DESIGN
FOR ASSEMBLY 778 PART IX SPECIAL PROCESSING AND ASSEMBLY TECHNOLOGIES 34
RAPID PROTOTYPING 784 34.1 FUNDAMENTALS OF RAPID PROTOTYPING 785 34.2
RAPID PROTOTYPING TECHNOLOGIES 786 34.3 APPLICATION ISSUES IN RAPID
PROTOTYPING 794 35 PROCESSING OF INTEGRATED CIRCUITS 798 35.1 OVERVIEW
OF IC PROCESSING 799 XII CONTENTS 35.2 SILICON PROCESSING 803 35.3
LITHOGRAPHY 807 35.4 LAYER PROCESSES USED IN IC FABRICATION 811 35.5
INTEGRATING THE FABRICATION STEPS 818 35.6 IC PACKAGING 820 35.7 YIELDS
IN IC PROCESSING 825 36 ELECTRONICS ASSEMBLY AND PACKAGING 830 36.1
ELECTRONICS PACKAGING 830 36.2 PRINTED CIRCUIT BOARDS 832 36.3 PRINTED
CIRCUIT BOARD ASSEMBLY 841 36.4 SURFACE-MOUNT TECHNOLOGY 845 36.5
ELECTRICAL CONNECTOR TECHNOLOGY 850 37 MICROFABRICATION TECHNOLOGIES 855
37.1 MICROSYSTEM PRODUCTS 855 37.2 MICROFABRICATION PROCESSES 861 38
NANOFABRICATION TECHNOLOGIES 870 38.1 INTRODUCTION TO NANOTECHNOLOGY 872
38.2 NANOFABRICATION PROCESSES 877 38.3 THE NATIONAL NANOTECHNOLOGY
INITIATIVE 884 PART X MANUFACTURING SYSTEMS 39 NUMERICAL CONTROL AND
INDUSTRIAL ROBOTICS 887 39.1 NUMERICAL CONTROL 888 39.2 INDUSTRIAL
ROBOTICS 900 40 GROUP TECHNOLOGY AND FLEXIBLE MANUFACTURING SYSTEMS 910
40.1 GROUP TECHNOLOGY 910 40.2 FLEXIBLE MANUFACTURING SYSTEMS 915 41
PRODUCTION LINES 922 41.1 FUNDAMENTALS OF PRODUCTION LINES 922 41.2
MANUAL ASSEMBLY LINES 926 41.3 AUTOMATED PRODUCTION LINES 930 PART XI
MANUFACTURING SUPPORT SYSTEMS 42 MANUFACTURING ENGINEERING 937 42.1
PROCESS PLANNING 938 42.2 PROBLEM SOLVING AND CONTINUOUS IMPROVEMENT 946
42.3 CONCURRENT ENGINEERING AND DESIGN FOR MANUFACTURABILITY 946 43
PRODUCTION PLANNING AND CONTROL 953 43.1 AGGREGATE PLANNING AND THE
MASTER PRODUCTION SCHEDULE 955 43.2 INVENTORY CONTROL 956 43.3 MATERIAL
AND CAPACITY REQUIREMENTS PLANNING 960 43.4 JUST-IN-TIME AND LEAN
PRODUCTION 964 43.5 SHOP FLOOR CONTROL 967 44 QUALITY CONTROL 972 44.1
WHAT IS QUALITY? 972 44.2 PROCESS CAPABILITY 973 44.3 STATISTICAL
TOLERANCING 974 44.4 TAGUCHI METHODS 977 44.5 STATISTICAL PROCESS
CONTROL 980 45 MEASUREMENT AND INSPECTION 989 45.1 METROLOGY 990 45.2
INSPECTION PRINCIPLES 993 45.3 CONVENTIONAL MEASURING INSTRUMENTS AND
GAGES 995 45.4 MEASUREMENT OF SURFACES 1002 45.5 ADVANCED MEASUREMENT
AND INSPECTION TECHNOLOGIES 1004 INDEX 1015
|
| adam_txt |
FUNDAMENTALS OF MODERN MANUFACTURING MATERIALS, PROCESSES, AND SYSTEMS
THIRD EDITION MIKELL P. GROOVER PROFESSOR OF INDUSTRIAL AND SYSTEMS
ENGINEERING LEHIGH UNIVERSITY THE AUTHOR GRATEFULLY ACKNOWLEDGES THE
VALUABLE CONTRIBUTIONS OF PROFESSOR GREGORY L. TONKAY, ASSOCIATE
PROFESSOR OF INDUSTRIAL AND SYSTEMS ENGINEERING LEHIGH UNIVERSITY. JOHN
WILEY & SONS, INC. CONTENTS 1 INTRODUCTION AND OVERVIEW OF MANUFACTURING
1 1.1 WHAT IS MANUFACTURING? 2 1.2 MATERIALS IN MANUFACTURING 8 1.3
MANUFACTURING PROCESSES 10 1.4 PRODUCTION SYSTEMS 17 1.5 ORGANIZATION OF
THE BOOK 20 PART I MATERIAL PROPERTIES AND PRODUCT ATTRIBUTES 2 THE
NATURE OF MATERIALS 23 2.1 ATOMIC STRUCTURE AND THE ELEMENTS 23 2.2
BONDING BETWEEN ATOMS AND MOLECULES 26 2.3 CRYSTALLINE STRUCTURES 28 2.4
NONCRYSTALLINE (AMORPHOUS) STRUCTURES 34 2.5 ENGINEERING MATERIALS 35 3
MECHANICAL PROPERTIES OF MATERIALS 38 3.1 STRESS-STRAIN RELATIONSHIPS 39
3.2 HARDNESS 51 3.3 EFFECT OF TEMPERATURE ON PROPERTIES 55 3.4 FLUID
PROPERTIES 57 3.5 VISCOELASTIC BEHAVIOR OF POLYMERS 60 4 PHYSICAL
PROPERTIES OF MATERIALS 67 4.1 VOLUMETRIC AND MELTING PROPERTIES 68 4.2
THERMAL PROPERTIES 70 4.3 MASS DIFFUSION 72 4.4 ELECTRICAL PROPERTIES 74
4.5 ELECTROCHEMICAL PROCESSES 75 5 DIMENSIONS, TOLERANCES, AND SURFACES
79 5.1 DIMENSIONS, TOLERANCES, AND RELATED ATTRIBUTES 80 5.2 SURFACES 81
5.3 EFFECT OF MANUFACTURING PROCESSES 87 PART II ENGINEERING MATERIALS 6
METALS 90 6.1 ALLOYS AND PHASE DIAGRAMS 91 6.2 FERROUS METALS 96 6.3
NONFERROUS METALS 111 6.4 SUPERALLOYS 122 6.5 GUIDE TO THE PROCESSING OF
METALS 123 7 CERAMICS 127 7.1 STRUCTURE AND PROPERTIES OF CERAMICS 129
7.2 TRADITIONAL CERAMICS 131 7.3 NEW CERAMICS 133 7.4 GLASS 136 7.5 SOME
IMPORTANT ELEMENTS RELATED TO CERAMICS 139 7.6 GUIDE TO PROCESSING
CERAMICS 142 8 POLYMERS 144 8.1 FUNDAMENTALS OF POLYMER SCIENCE AND
TECHNOLOGY 147 8.2 THERMOPLASTIC POLYMERS 156 8.3 THERMOSETTING POLYMERS
163 8.4 ELASTOMERS 167 8.5 GUIDE TO THE PROCESSING OF POLYMERS 174 9
COMPOSITE MATERIALS 176 9.1 TECHNOLOGY AND CLASSIFICATION OF COMPOSITE
MATERIALS 177 9.2 METAL MATRIX COMPOSITES 185 9.3 CERAMIC MATRIX
COMPOSITES 188 9.4 POLYMER MATRIX COMPOSITES 188 9.5 GUIDE TO PROCESSING
COMPOSITE MATERIALS 191 PART III SOLIDIFICATION PROCESSES 10
FUNDAMENTALS OF METAL CASTING 194 10.1 OVERVIEW OF CASTING TECHNOLOGY
197 10.2 HEATING AND POURING 199 10.3 SOLIDIFICATION AND COOLING 203 11
METAL CASTING PROCESSES 214 11.1 SAND CASTING 215 11.2 OTHER
EXPENDABLE-MOLD CASTING PROCESSES 220 11.3 PERMANENT-MOLD CASTING
PROCESSES 226 11.4 FOUNDRY PRACTICE 234 11.5 CASTING QUALITY 238 11.6
METALS FOR CASTING 240 11.7 PRODUCT DESIGN CONSIDERATIONS 242 IX
CONTENTS 12 GLASSWORKING 247 12.1 RAW MATERIALS PREPARATION AND MELTING
247 12.2 SHAPING PROCESSES IN GLASSWORKING 248 12.3 HEAT TREATMENT AND
FINISHING 254 12.4 PRODUCT DESIGN CONSIDERATIONS 255 13 SHAPING
PROCESSES FOR PLASTICS 257 13.1 PROPERTIES OF POLYMER MELTS 259 13.2
EXTRUSION 261 13.3 PRODUCTION OF SHEET AND FILM 271 13.4 FIBER AND
FILAMENT PRODUCTION (SPINNING) 273 13.5 COATING PROCESSES 275 13.6
INJECTION MOLDING 275 13.7 COMPRESSION AND TRANSFER MOLDING 286 13.8
BLOW MOLDING AND ROTATIONAL MOLDING 288 13.9 THERMOFORMING 293 13.10
CASTING 297 13.11 POLYMER FOAM PROCESSING AND FORMING 298 13.12 PRODUCT
DESIGN CONSIDERATIONS 300 14 RUBBER-PROCESSING TECHNOLOGY 307 14.1
RUBBER PROCESSING AND SHAPING 307 14.2 MANUFACTURE OF TIRES AND OTHER
RUBBER PRODUCTS 313 14.3 PRODUCT DESIGN CONSIDERATIONS 316 15 SHAPING
PROCESSES FOR POLYMER MATRIX COMPOSITES 319 15.1 STARTING MATERIALS FOR
PMCS 321 15.2 OPEN MOLD PROCESSES 324 15.3 CLOSED MOLD PROCESSES 327
15.4 FILAMENT WINDING 330 15.5 PULTRUSION PROCESSES 332 15.6 OTHER PMC
SHAPING PROCESSES 333 PART IV PARTICULATE PROCESSING OF METALS AND
CERAMICS 16 POWDER METALLURGY 337 16.1 CHARACTERIZATION OF ENGINEERING
POWDERS 340 16.2 PRODUCTION OF METALLIC POWDERS 343 16.3 CONVENTIONAL
PRESSING AND SINTERING 345 16.4 ALTERNATIVE PRESSING AND SINTERING
TECHNIQUES 351 16.5 MATERIALS AND PRODUCTS FOR PM 354 16.6 DESIGN
CONSIDERATIONS IN POWDER METALLURGY 355 17 PROCESSING OF CERAMICS AND
CERMETS 362 17.1 PROCESSING OF TRADITIONAL CERAMICS 363 17.2 PROCESSING
OF NEW CERAMICS 370 17.3 PROCESSING OF CERMETS 373 17.4 PRODUCT DESIGN
CONSIDERATIONS 375 PART V METAL FORMING AND SHEET METALWORKING 18
FUNDAMENTALS OF METAL FORMING 378 18.1 OVERVIEW OF METAL FORMING 378
18.2 MATERIAL BEHAVIOR IN METAL FORMING 381 18.3 TEMPERATURE IN METAL
FORMING 382 18.4 STRAIN RATE SENSITIVITY 384 18.5 FRICTION AND
LUBRICATION IN METAL FORMING 386 19 BULK DEFORMATION PROCESSES IN
METALWORKING 390 19.1 ROLLING 391 19.2 OTHER DEFORMATION PROCESSES
RELATED TO ROLLING 398 19.3 FORGING 400 19.4 OTHER DEFORMATION PROCESSES
RELATED TO FORGING 412 19.5 EXTRUSION 416 19.6 WIRE AND BAR DRAWING 427
20 SHEET METALWORKING 440 20.1 CUTTING OPERATIONS 441 20.2 BENDING
OPERATIONS 448 20.3 DRAWING 452 20.4 OTHER SHEET-METAL-FORMING
OPERATIONS 459 20.5 DIES AND PRESSES FOR SHEET-METAL PROCESSES 462 20.6
SHEET-METAL OPERATIONS NOT PERFORMED ON PRESSES 469 20.7 BENDING OF TUBE
STOCK 474 PART VI MATERIAL REMOVAL PROCESSES 21 THEORY OF METAL
MACHINING 481 21.1 OVERVIEW OF MACHINING TECHNOLOGY 483 21.2 THEORY OF
CHIP FORMATION IN METAL MACHINING 486 21.3 FORCE RELATIONSHIPS AND THE
MERCHANT EQUATION 490 21.4 POWER AND ENERGY RELATIONSHIPS IN MACHINING
495 21.5 CUTTING TEMPERATURE 498 22 MACHINING OPERATIONS AND MACHINE
TOOLS 505 22.1 TURNING AND RELATED OPERATIONS 508 22.2 DRILLING AND
RELATED OPERATIONS 518 22.3 MILLING 522 CONTENTS XI 22.4 MACHINING
CENTERS AND TURNING CENTERS 529 22.5 OTHER MACHINING OPERATIONS 531 22.6
HIGH-SPEED MACHINING 536 23 CUTTING-TOOL TECHNOLOGY 542 23.1 TOOL LIFE
543 23.2 TOOL MATERIALS 549 23.3 TOOL GEOMETRY 558 23.4 CUTTING FLUIDS
566 24 ECONOMIC AND PRODUCT DESIGN CONSIDERATIONS IN MACHINING 574 24.1
MACHINABILITY 574 24.2 TOLERANCES AND SURFACE FINISH 577 24.3 SELECTION
OF CUTTING CONDITIONS 581 24.4 PRODUCT DESIGN CONSIDERATIONS IN
MACHINING 587 25 GRINDING AND OTHER ABRASIVE PROCESSES 594 25.1 GRINDING
595 25.2 RELATED ABRASIVE PROCESSES 612 26 NONTRADITIONAL MACHINING AND
THERMAL CUTTING PROCESSES 618 26.1 MECHANICAL ENERGY PROCESSES 619 26.2
ELECTROCHEMICAL MACHINING PROCESSES 623 26.3 THERMAL ENERGY PROCESSES
627 26.4 CHEMICAL MACHINING 635 26.5 APPLICATION CONSIDERATIONS 641 PART
VII PROPERTY ENHANCING AND SURFACE PROCESSING OPERATIONS 27 HEAT
TREATMENT OF METALS 647 27.1 ANNEALING 648 27.2 MARTENSITE FORMATION IN
STEEL 648 27.3 PRECIPITATION HARDENING 652 27.4 SURFACE HARDENING 654
27.5 HEAT TREATMENT METHODS AND FACILITIES 655 28 CLEANING AND SURFACE
TREATMENTS 660 28.1 CHEMICAL CLEANING 660 28.2 MECHANICAL CLEANING AND
SURFACE PREPARATION 663 28.3 DIFFUSION AND ION IMPLANTATION 665 29
COATING AND DEPOSITION PROCESSES 669 29.1 PLATING AND RELATED PROCESSES
670 29.2 CONVERSION COATINGS 674 29.3 PHYSICAL VAPOR DEPOSITION 675 29.4
CHEMICAL VAPOR DEPOSITION 678 29.5 ORGANIC COATINGS 681 29.6 PORCELAIN
ENAMELING AND OTHER CERAMIC COATINGS 683 29.7 THERMAL AND MECHANICAL
COATING PROCESSES 684 PART VIM JOINING AND ASSEMBLY PROCESSES 30
FUNDAMENTALS OF WELDING 689 30.1 OVERVIEW OF WELDING TECHNOLOGY 691 30.2
THE WELD JOINT 693 30.3 PHYSICS OF WELDING 696 30.4 FEATURES OF A
FUSION-WELDED JOINT 699 31 WELDING PROCESSES 705 31.1 ARC WELDING 706
31.2 RESISTANCE WELDING 716 31.3 OXYFUEL GAS WELDING 723 31.4 OTHER
FUSION-WELDING PROCESSES 726 31.5 SOLID-STATE WELDING 729 31.6 WELD
QUALITY 734 31.7 WELDABILITY 739 31.8 DESIGN CONSIDERATIONS IN WELDING
739 32 BRAZING, SOLDERING, AND ADHESIVE BONDING 745 32.1 BRAZING 746
32.2 SOLDERING 751 32.3 ADHESIVE BONDING 755 33 MECHANICAL ASSEMBLY 763
33.1 THREADED FASTENERS 764 33.2 RIVETS AND EYELETS 770 33.3 ASSEMBLY
METHODS BASED ON INTERFERENCE FITS 772 33.4 OTHER MECHANICAL FASTENING
METHODS 775 33.5 MOLDING INSERTS AND INTEGRAL FASTENERS 776 33.6 DESIGN
FOR ASSEMBLY 778 PART IX SPECIAL PROCESSING AND ASSEMBLY TECHNOLOGIES 34
RAPID PROTOTYPING 784 34.1 FUNDAMENTALS OF RAPID PROTOTYPING 785 34.2
RAPID PROTOTYPING TECHNOLOGIES 786 34.3 APPLICATION ISSUES IN RAPID
PROTOTYPING 794 35 PROCESSING OF INTEGRATED CIRCUITS 798 35.1 OVERVIEW
OF IC PROCESSING 799 XII CONTENTS 35.2 SILICON PROCESSING 803 35.3
LITHOGRAPHY 807 35.4 LAYER PROCESSES USED IN IC FABRICATION 811 35.5
INTEGRATING THE FABRICATION STEPS 818 35.6 IC PACKAGING 820 35.7 YIELDS
IN IC PROCESSING 825 36 ELECTRONICS ASSEMBLY AND PACKAGING 830 36.1
ELECTRONICS PACKAGING 830 36.2 PRINTED CIRCUIT BOARDS 832 36.3 PRINTED
CIRCUIT BOARD ASSEMBLY 841 36.4 SURFACE-MOUNT TECHNOLOGY 845 36.5
ELECTRICAL CONNECTOR TECHNOLOGY 850 37 MICROFABRICATION TECHNOLOGIES 855
37.1 MICROSYSTEM PRODUCTS 855 37.2 MICROFABRICATION PROCESSES 861 38
NANOFABRICATION TECHNOLOGIES 870 38.1 INTRODUCTION TO NANOTECHNOLOGY 872
38.2 NANOFABRICATION PROCESSES 877 38.3 THE NATIONAL NANOTECHNOLOGY
INITIATIVE 884 PART X MANUFACTURING SYSTEMS 39 NUMERICAL CONTROL AND
INDUSTRIAL ROBOTICS 887 39.1 NUMERICAL CONTROL 888 39.2 INDUSTRIAL
ROBOTICS 900 40 GROUP TECHNOLOGY AND FLEXIBLE MANUFACTURING SYSTEMS 910
40.1 GROUP TECHNOLOGY 910 40.2 FLEXIBLE MANUFACTURING SYSTEMS 915 41
PRODUCTION LINES 922 41.1 FUNDAMENTALS OF PRODUCTION LINES 922 41.2
MANUAL ASSEMBLY LINES 926 41.3 AUTOMATED PRODUCTION LINES 930 PART XI
MANUFACTURING SUPPORT SYSTEMS 42 MANUFACTURING ENGINEERING 937 42.1
PROCESS PLANNING 938 42.2 PROBLEM SOLVING AND CONTINUOUS IMPROVEMENT 946
42.3 CONCURRENT ENGINEERING AND DESIGN FOR MANUFACTURABILITY 946 43
PRODUCTION PLANNING AND CONTROL 953 43.1 AGGREGATE PLANNING AND THE
MASTER PRODUCTION SCHEDULE 955 43.2 INVENTORY CONTROL 956 43.3 MATERIAL
AND CAPACITY REQUIREMENTS PLANNING 960 43.4 JUST-IN-TIME AND LEAN
PRODUCTION 964 43.5 SHOP FLOOR CONTROL 967 44 QUALITY CONTROL 972 44.1
WHAT IS QUALITY? 972 44.2 PROCESS CAPABILITY 973 44.3 STATISTICAL
TOLERANCING 974 44.4 TAGUCHI METHODS 977 44.5 STATISTICAL PROCESS
CONTROL 980 45 MEASUREMENT AND INSPECTION 989 45.1 METROLOGY 990 45.2
INSPECTION PRINCIPLES 993 45.3 CONVENTIONAL MEASURING INSTRUMENTS AND
GAGES 995 45.4 MEASUREMENT OF SURFACES 1002 45.5 ADVANCED MEASUREMENT
AND INSPECTION TECHNOLOGIES 1004 INDEX 1015 |
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| illustrated | Illustrated |
| index_date | 2024-07-02T17:01:32Z |
| indexdate | 2024-07-09T20:55:50Z |
| institution | BVB |
| isbn | 0471744859 9780471744856 |
| language | English |
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| physical | XII, 1022 S. graph. Darst. 1 DVD (12 cm) |
| publishDate | 2007 |
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| publisher | Wiley |
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| spelling | Groover, Mikell P. Verfasser aut Fundamentals of modern manufacturing materials, processes, and systems Mikell P. Groover 3. ed. Hoboken, NJ Wiley 2007 XII, 1022 S. graph. Darst. 1 DVD (12 cm) txt rdacontent n rdamedia nc rdacarrier Includes bibliographical references and index Ingeniería de la produción Manufactura - Procesos bidex Manufacturing processes Production engineering Fertigungstechnik (DE-588)4329079-6 gnd rswk-swf Fertigungstechnik (DE-588)4329079-6 s DE-604 http://www.loc.gov/catdir/toc/wiley022/2002278462.html Table of contents HEBIS Datenaustausch Darmstadt application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015565445&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Groover, Mikell P. Fundamentals of modern manufacturing materials, processes, and systems Ingeniería de la produción Manufactura - Procesos bidex Manufacturing processes Production engineering Fertigungstechnik (DE-588)4329079-6 gnd |
| subject_GND | (DE-588)4329079-6 |
| title | Fundamentals of modern manufacturing materials, processes, and systems |
| title_auth | Fundamentals of modern manufacturing materials, processes, and systems |
| title_exact_search | Fundamentals of modern manufacturing materials, processes, and systems |
| title_exact_search_txtP | Fundamentals of modern manufacturing materials, processes, and systems |
| title_full | Fundamentals of modern manufacturing materials, processes, and systems Mikell P. Groover |
| title_fullStr | Fundamentals of modern manufacturing materials, processes, and systems Mikell P. Groover |
| title_full_unstemmed | Fundamentals of modern manufacturing materials, processes, and systems Mikell P. Groover |
| title_short | Fundamentals of modern manufacturing |
| title_sort | fundamentals of modern manufacturing materials processes and systems |
| title_sub | materials, processes, and systems |
| topic | Ingeniería de la produción Manufactura - Procesos bidex Manufacturing processes Production engineering Fertigungstechnik (DE-588)4329079-6 gnd |
| topic_facet | Ingeniería de la produción Manufactura - Procesos Manufacturing processes Production engineering Fertigungstechnik |
| url | http://www.loc.gov/catdir/toc/wiley022/2002278462.html http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015565445&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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