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Askeland D.R. — The Science and Engineering of Materials
Askeland D.R. — The Science and Engineering of Materials



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Название: The Science and Engineering of Materials

Автор: Askeland D.R.

Аннотация:

This solutions manual accompanies the SI edition of "The Science and Engineering of Materials", which emphasizes current materials testing, procedures and selection, and makes use of class-tested examples and practice problems.


Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: Third S.I. Edition

Год издания: 1996

Количество страниц: 854

Добавлена в каталог: 17.11.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Fatigue strength      168 179
Fatigue test      166 179
Feldspar      471
Fermi energy      624
Ferrimagnetism      678 693
Ferrite      328 345
Ferrite (in ceramics)      689
Ferroelectricity      663 666
ferromagnetism      677 693
Fertile stabilising clement, in cast iron      383
Fertile stabilising clement, in stainless steel      378
Fibre optics      721
Fibre pull-out      579
Fibre, aspect ratio      563
Fibre, characteristics      566
Fibre, manufacture      570
Fibre, properties      566
Fibre-reinforced composites, failure      569
Fibre-reinforced composites, orientation      564
Fibre-reinforced composites, properties      576
Fibreglass      558
Fick's First Law      115 133
Fick's second law      126 133
Fick's second law in carburising      127
Field effect transistor      648
Filament winding      574 590
firing      472 483
First stage graphitisation      387 394
Flame retardant      536
Flexural modulus      151 179
Flexural strength      150 179
Flexural strength in ceramics      151 475 580
Flexural strength in composites      151 580
Fluidity      407 433
Fluorescence      704 724
Fluorite structure      64
Flux, in ceramics      483
Flux, in diffusion      115 133
Flux, in heat transfer      736
Flux, magnetic      675
Foam      540
Folded chain model      504
for selected materials      636 640 642
Formaldehyde      532
Forsterite      445
forward bias      646 666
Fracture mechanics      163 179
Fracture mechanisms      784
Fracture toughness      163 179
Fracture toughness and structure      320
Fracture toughness in ceramics      453 476 580
Fracture toughness in composites      580
Fracture toughness in selected materials      165
Frank — Read source      190
Free energy, formation of oxides      771
Free energy, strain energy      316
Free energy, surface free energy      216 316
Free energy, volume free energy      217 316
Freezing range      258 274
Frenkel defect      94
Functionality      542
Functionality in ethylene      492
Functionality in phenol      492
Fusion welding      239
Galvanic attack      758
Galvanic cell      758
Galvanic series      759 779
Gamma ray radiography      806
Gas constant      92
Gas porosity      232 241
Gate (in transistor)      648
Gel      475
Geometric isomer      526 542
Gibb's phase rule      250 274
Gibb's phase rule in binary systems      261
Gibb's phase rule in three-phase reactions      288
Gibb's phase rule in unary systems      250
Glare      586
Glasphalt      611 612
Glass formers      450 483
Glass forming      466
Glass transition temperature in ceramics      450 483
Glass transition temperature in polymers      503 542
Glass-ceramics      470 433
Glasses      39 72 219 450
Glasses and soda      452
Glasses in polymers      504
Glasses, composition      469
Glasses, fracture      794
Glasses, metallic      219 688
Glasses, oxygen-silicon ratio      453
Glasses, short-range order      39
Glasses, silicates      450
Glaze      481
Goodman relationship      170
grain      9 97 105
Grain boundary      97 106
Grain boundary and corrosion      760
Grain boundary diffusion      124 133
Grain boundary, energies      10
Grain boundary, liquid metal attack      748
Grain growth      130 133 203
Grain refinement      219 24
Grain refinement in aluminium      407
Grain size strengthening      103 219
Graphite in cast iron      381
Graphite stabiliser      382
Graphite, crystal structure      439
Graphitic corrosion      749 779
Green sand mould      234
Grey cast iron      381 384 394
Grey cast iron, properties      384
Griffith flaw      453 483
Grossman chart      372
Growth, from liquid      220
Growth, from solid-stare      317
Guinier — Preston zone      324 345
Gutta-percha      527
Gypsum      480
H coefficient      365
Half value layer      817
Half-life      806
Hall — Heroult process      401 433
Hall — Petch equation      98 106
Hall-cell      753
Hard magnet      683 693
Hardenability      367 394
Hardenatility curve      370 394
Hardenatility curve for selected steels      370
Hardness      154 179
Hardness and strength      158
Hardness, Brinell      154
Hardness, Knoop      157
Hardness, microhardness      156
Hardness, Rockwell      157
Hardness, Vickers      156
Hardwood      597
Heal stabiliser      536
Heartwood      597 612
Heat affected zone      211
Heat affected zone in age hardenable alloys      327
Heat affected zone in cold-worked metals      207
heat capacity      729 742
Hemicellulose      595 612
Heterogeneous nucleation      219 241
Heterogeneous nucleation, effect on grain size      219
Hexagonal close-packed      46
Hexagonal close-packed, characteristics      46
Hexagonal close-packed, effect of c/a ratio      90
Hexagonal unit cell      46
Hexamethylene tetramine      498
Holes      624 666
Homogeneous nucleation      217 241
Homogenisation heart treatment      272 274
Homopolymer      516 542
Honeycomb      588 591
Hooke's law      145 179
Hot crack      797
Hot isostatic pressing (HIP)      475
Hot melt adhesive      535
Hot pressing      475
Hot shortness      272 274
Hot shortness in age hardenable alloys      322
Hot shortness in eutectic alloys      305
Hot working      207 211
HSLA steels      374
Hume — Rothery rules      254 274
Hybrid composite      577
Hybridisation      625 666
Hydrogen bond      28
Hydrogen electrode      751
Hydrogen embitterment of copper      12
Hydrogen embitterment of steel      799
Hydroplastic forming      471 483
Hypereutectic alloy      293 309
Hypoeutectoid alloy      330
Hysteresis loop in magnetism      681 693
Hysteresis loop in polarisation      663 666
Impact energy      159 179
Impact properties      160
Impact properties and crystal structure      16
Impact properties and temperature      161
Impact properties and true stress strain      161
Impact properties in polymers      514
Impact properties, notch sensitivity      161
Impact test      159 179
Impressed voltage      767 779
in stainless steel      769
in steel      377
Index of refraction      709 724
Index of refraction and dielectric constant      710
Index of refraction, table      710
Inductance      675
Ingot      227
Ingot structure      227 241
Inhibitors      766 779
Initiator      492
Injection moulding      538
Inoculation      219 241 394
Inoculation in cast iron      383 384 389
Inoculation, eutectic grains      297
Insulator      650
interatomic spacing      30 34
Interdendritic shrinkage      232 241
Interfacial energy      321 345
Intergranular corrosion      760 779
Intergranular fracture      787 815
Interlantellar spacing      309
Interlantellar spacing and properties of pearlite      332
Interlantellar spacing and strength      332
Interlantellar spacing and transformation temperature      334
Interlantellar spacing, eutectic      297
Interlantellar spacing, eutectoid      332
Interlantellar spacing, growth rate effect      297
Intermediate oxide      450 483
Intermediate solid solution      283 309
Intermetallic compounds      29 34
Interplanar spacing      58 72 84
Interstitial      58 72 93 106
Interstitial diffusion      113 134
Interstitial in ceramics      438
Interstitial, sites in unit cells      58
Interstitialcy      93 106
Intrinsic semiconductor      636 667
Invar      587 733
Investment casting      234
ionic bond      26 34
Ionic bond in ceramic compounds      61
Ionic radius      61
Iso-strain conditions      560
Iso-stress conditions      560
Isomer      526
Isomorphons phase diagram      258 278
Isomorphons phase diagram, strength relationship      266
Isoprene      527
Isoractic      524
Isothermal anneal      359 394
Isothermal heat treatment      359
Isothermal plot      306 309
Isothermal transformation      333 345
Isothermal transformation diagram      see "TTT diagram"
Iterdiffusion      129 133
Izod test      159
Jiggering      472
Joining of ceramics      475
Jominy distance      370 394
Jominy distance and bar diameter      372
Jominy distance and cooling rate      371
Jominy test      370 394
Kaolinite      441
Kevlar      520 566 577 586
Keying agent      570
Kinetics      317
Kinetics, TTT curves      333
Kirkendall effect      129 134
Kroll process      424
Lack of fusion defect      797
Lamellar structure      309
Lamellar structure in eutectics      291
Lamellar structure in eutectoids      329
Lamellar structure in polymers      229
Laminar composite      583
Laminar composite, bimetallics      587
Laminar composite, capacitors      584
Laminar composite, cladding      587
Laminar composite, laminates      586
Laminar composite, manufacture      584
Laminar composite, microlaminate      586
Laminar composite, rule of mixtures      583
Laminates      586
Larson — Miller parameter      176 179
Laser      705 724
Latent heat of fusion      217 241
Lattice      39 72
Lattice imperfections      80
Lattice parameter      40 72
Lattice points      39 71
Leathery polymer      504
Lever law      263 274
Lever law in eutectics      295
Lever law in eutectoids      332
Light-emitting diode (LED)      705 724
Lignin      595 612
Limited solubility      253 274
Linear absorption coefficient      713 724
Linear coefficient of thermal expansion      731 742
Linear coefficient of thermal expansion of various materials      732
Linear density      50 72
Liquid erosion      776
Liquid impingement      777 779
Liquid metal attack      748
Liquid penetrant inspection      812 815
Liquid-crystal polymer      521 542 566
Liquidus plot      306 309
Liquidus temperature      258 274
Load      140 179
Local solidification time      227 242
Long-range order      39 72
Lorentz constant      737 742
Luminescence      703 724
1 2 3 4 5 6
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