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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
Precipiration hardening      see "Age hardening"
Precursor      571 591
Prepreg      573 591
Pressure transducer      645
Pressure-sensitive adhesive      536
Prestressed concrete      610
Pretipitate      281 310
Process anneal      357 395
Proof strength      144 180
Proof test      800 815
Pull-out      795
Pulse echo test      808
Pultrusion      575 591
Pulybutylene      529
Purple plague      130 134
Pylex      468
Pyroelectric      662 667
Pyrolising      571
Pyrometer      708
Pyrosilicate      441 483
Quantum numbers      19 35
Quartz      442
Quench and temper in aluminium bronze      418
Quench and temper in stainless steel      378
Quench and temper in steel      363
Quench and temper in titanium      427
Quench anneal      768 780
Quench rate      365
Radiography      800 815
Rale of mixtures      591
Rale of mixtures, fibre composites      558
Rale of mixtures, laminar composites      583
Rale of mixtures, true particulate      552
Rapid solidification processing      219 224 242 409 413
Rays      597
Reaction bonding      475 483
Reaction injection moulding      539
Recombination time      638 667
Recovery      202 211
Recrystallisation      203 211
Recrystallisation temperature      204
Recrystallisation temperature for selected metals      205
Recrystallisation temperature, factors affecting      204
Recrystallisation, grain size      204
Recrystallisation, rate      318
Rectifier diode      647
rectifiers      645 667
recycling      408
Reduction in area, %      148 180
Reduction reaction      751 780
Reflection      708 712
Reflectivity      712 724
Reflectivity and index of refraction      712
Refraction      708 709
Refractories      478 483
Refractories, compositions      479
Refractory metals      431 433
Refractory metals, properties      431
Reinforced concrete      610
Reinforced reaction injection moulding      540
Reinforcements      536 542
Relative permeability      657
Relative permittivity      655
Relaxation time in luminescence      704 724
Relaxation time in stress relaxation      512 542
Remanence, magnetism      679 694
Remanence, potarisation      664
Repeat distance      50 73
Repeat unit      492 542
Residual stress      211
Residual stress in ageing      326
Residual stress in carburising      375
Residual stress in deformation      198
Residual stress in glass      467
Residual stress in quenched steel      364
Resistance polarisation      758
resistivity      618
Resonance test      809
Retained austenite      363 395
Reverse bias      646 667
Rhombohedral unit cell      41
Riser      230 242
Rockwell hardness      157
Roll bonding      584
Rolling      191
Rotational moulding      538
Roving      571 591
Rubbery polymer      504
Rupture time (in creep)      174 180
Rust      753
S-N curve, acetal      184
S-N curve, aluminium      167
S-N curve, steel      167
Sacrificial anode      763 780
Safety glass      586
SAN copolymer      521
Sandwich      588 591
SAP      550
Sapwood      597 612
Saturation magnetisation      679 694
Saturation polarisation      663
Schmid's law      88 106
Schonky defect      94 106
Screw dislocation      80 106
Second stage gravitisation      387 395
Secondary bond      28 35
Secondary dendrite arm spacing      223 242
Secondary dendrite arm spacing and properties      223
Secondary dendrite arm spacing and solidification time      224
Secondary dendrite arm spacing in eutectic alloys      300
Secondary hardening peak      365 373 395
Segregation      275
Segregation in corrosion      760
Segregation, interdendritic      272
Self-diffusion      113 134
Semiconductors      6 16
Semiconductors, compound      642
Semiconductors, extrinsic      639
Semiconductors, intrinsic      636
Semiconductors, manufacture      649
Sensitisation      767 780
Shape-memory effect      342 345
Shear lip      785 815
Sheet moulding compound      568
Sheet texture      196 211
Short range order      38 73
Short wavelength limit      699 724
Shrinkage for selected metals      230
Shrinkage in solidification      230
Shrinkage, interdendritic      232
Sialon      477
Sievert's law      232 242
Sigmoidal curve      317
Sigmoidal curve, polypropylene      346
Sigmoidal curve, recrystallisation      318
Sigmoidal curve, steel      335
Silica $(SiO_{2})$      25 66
Silicate glasses      450
Silicates      440
Silicon bronze      418
Silicon carbide      476 557
Silicon nitride      477 571
Silicone      529
Simple cubic      41
Simple cubic, characteristics      46
Simple cubic, close-packed directions      58
Simple cubic, sketch      42
Single crystal casting      89 238
Sintering      131 134 474
sizing      570 591
SLIP      82 106
Slip (ceramic processing)      471 484
Slip and crystal structure      90
Slip casting      472 484
Slip direction      83 106
Slip lines      793
Slip plane      83 106
Slip system      83 84 106
Slump test      606 612
Small angle grain boundaries      101 107
Soda chloride structure      62
Soda-lime glass      467
Sodium silicate      480
Soft magnet      681 694
Softwood      595
Sol      475
Sol gel process      475 484
Solar cell      721 725
solder      301 303
Solid solution      252 275
Solid solution strengthening      102 256 275
Solid solution strengthening and conductivity      199
Solid solution strengthening and properties      257
Solid solution strengthening, factors affecting      256
Solidification      216
Solidification of cast irons      383
Solidification of eutectic alloys      291
Solidification of polymers      229
Solidification of pure metals      216
Solidification of solid-solution alloys      267
Solidification time      222
Solidification time and Chvorinov's rule      222
Solidification time and dendrite size      221
Solidification time and interlamellar spacing      297
Solidification time, casting processes      236
Solidification, nonequilibrium      269 305
Solidus temperature      258 275
Solubility      252 275
Solubility limit      290
Solubility, maximum      290
Solution treatment      323 345
Solvus      290 310
Source (transistor)      648
Space charge      654
Specific heat      220 242 729 742
Specific heat of selected materials      730
Specific modulus      565 591
Specific modulus for fibres      566
Specific modulus in fibre composites      577
Specific modulus of wood      602
Specific strength      401 433 565 591
Specific strength for fibres      566
Specific strength in fibre composites      577
Specific strength of wood      602
Spheroidised carbide      358 395
Spheroidising      358
spin quantum number      20
Spinel structure      439 444
Spinel structure in magnetic materials      691
Spinnerette      538 542 570
spinning      538
Spring wood      597
Stabilisation      767 780
Stabilised zirconia      460
Stacking faults      101 107
Stacking faults, energies      102
Stacking sequence      57 73 101
Stainless steel      378 395
Stainless steel and corrosion      767
Stainless steel, austenitic      380
Stainless steel, composition      380
Stainless steel, duplex      381
Stainless steel, ferritic      378
Stainless steel, martensitic      378
Stainless steel, precipitation hardening      380
Stainless steel, properties      380
Staple      571 591
Steel and alloying elements      367
Steel, compositions      355
Steel, isothermal heat treatment      359
Steel, production      352
Steel, properties      333 336 341 357 363
Steel, quench and tempering      362
Steel, simple heat treatment      359
Steel, stainless steel      378
Steel, tool steel      373
Stellite      421 776
Step-growth polymerisation      497
Stiffness      146 180
Stoichiometric      283
Stoichiometric intermetallic compounds      283 310
Stoichiometric semiconductors      642 667
Stoneware      474
Strain energy      316 327 454
Strain gauge      140
Strain hardening      103 188 211
Strain hardening coefficient      189 212
Strain point      463
Strain rate      212
Strain rate in superplasticity      209
Strain, engineering strain      141
Strain, true strain      152
Strength-to-weight-ratio      14 16
Strength-to-weight-ratio, various materials      14
Stress amplitude      169
Stress cell      758 780
Stress corrosion      761 780
Stress intensity factor      163
Stress raiser      163
Stress relaxation      512 542
Stress relief anneal      202 212
Stress, engineering stress      141
Stress, true stress      152
Stress-corrosion fracture      791 816
Stress-rupture curve      175 180
Stress-rupture failure      790
Stress-strain diagram      141
Stress-strain diagram and ductility      150
Stress-strain diagram and strain hardening      188
Stress-strain diagram and temperature      149
Stress-strain diagram and toughness      160
Stress-strain diagram for aluminium      142
Stress-strain diagram, engineering vs. true      152
Stress-strain diagram, fibre composites      559
Stress-strain diagram, polymers      508 530
Stretch forming      191
Striations      789 816
Substitutional defect      93 107
Summer wood      597
Superalloy      421 433
Superalloy, microstructure      422
Superalloy, properties      421
Superconductivity      630 667
Superconductivity in composites      578
Superconductivity in selected materials      631
Superconductivity, 1-2-3 compounds      632
Superheat      226
Superplasticity      209 212
Supersaturated solid solution      323 345
Surface defects      97 107
Surface diffusion      124 134
Surface energy      102 218 454
Surface hardening      374
Syndiotactic      524
Tacticity      524 542
Tantalum      431
tapes      573 591
TD nickel      550
Teflon      see "Polytetrafluoroethylene"
Temper designation      404 433
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