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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
$A_{1}$ temperature      353
$A_{3}$ temperature      353
$A_{cm}$ temperature      353
Abrasive      554
Abrasive wear      776 778
Absolution edge      701 713 724
Absorption      708 713 801
Acceptor saturation      643 665
Acetal      522 636
Acid refractories      478
Acoustic emission test      813 815
Activation energy      111 133
Activation energy and melting point      123
Activation energy and structure      123
Activation energy for diffusion      115
Activation energy for selected materials      116
Activation energy in stress relaxation      513
Activation energy, foi viscous flow      462 509
Activation polarisation      758
Addition polymerisation      491 541
Adhesive wear      775 778
Adhesives      535
Adipic acid      498
Advanced ceramics      474
Advanced composites      576
Age hardening      322 344
Age hardening in Al alloys      322
Age hardening in Cu alloys      418
Age hardening in Mg alloys      412
Age hardening in Monel      420
Age hardening in PH stainless steels      380
Age hardening in superalloys      421
Age hardening in Ti alloys      428
Age hardening, effect of temperature and time      325
Age hardening, icquirements for      326
Ageing treatment      324
AISI-SAE steels      354
Alclad      587
Allotropic transformation in cobalt      338
Allotropic transformation in iron      47
Allotropic transformation in silica      442
Allotropic transformation in titanium      424
Allotropy      47 71
Alloy      4 15
Alloy in polymers      525
Alniko      688
Alumina, applications      476
Alumina, crystal structure      439
Aluminium alloys      401
Aluminium alloys, advanced alloys      408
Aluminium alloys, designation system      405
Aluminium alloys, production      401
Aluminium alloys, properties      402 406
Aluminium alloys, temper designation      405
Aluminium alloys, temperature effect      149
Aluminium bronze      418
Aluminium nitride      476
Aluminium phosphate      480
Amine      532
Amorphous materials      39 71
Angstrom      40
Anion      27 33
Anisotropy      58 71
Anisotropy after hot working      208
Anisotropy in cold-worked alloys      194
Anisotropy in composites      549
Anisotropy in dielectrics      653
Anisotropy in solidification ion      227
annealing      210
Annealing of brass      203
Annealing of cast iron      383 392
Annealing of glass      463 466
Annealing of polymers      506
Annealing of steel      356 393
Annealing, elimination of cold work      202
Anode      751 778
Anode reaction      751
Anodic protection      767
Anodising      767 778
Ansienitising      357 393
Antiferromagnetism      677 693
Antistatic agent      536
Apparent porosity      449 482
Arall      586
Aramid      541
Aramid fibre      566 590
Arc furnace      352
Arrhenius equation      111
Arrhenius equation for creep      174
Arrhenius equation for diffusion      111
Arrhenius equation for oxidation      774
Arrhenius equation for solid stale transformations      318
Arrhenius equation for stress relaxation      513
Arrhenius equation for viscous flow      462 509
Artificial ageing      326 344
Aspect ratio      563 590
Aspect ratio in whiskers      571
Asperities      775
Asphalt      611
ASTM grain size number      98 106
Atactic      524
Athermal transformation      338 344
Atomic arrangement      38
Atomic bonding      23
Atomic mass      18 33
Atomic mass unit      19 33
Atomic number      18 33
Atomic radius      31 43 71
Atoms per cell      40
Atoms per cell, diamond cubic      64
Ausforming      368 393
Austempering      393
Austempering in cast iron      382
Austempering in steel      358
Austenite      328 344
Austenite, austenite grain size      332
Avalanche voltage      647 665
Avogadro's number      18 33
Avrami relationship      317 344
Azimuthal quantum number      19
Bag moulding      574
Bainite      335 344 353
Bainite and austempering      359
Bainite, lowei bainite      335
Bainite, properties      335
Bainite, upper bainite      335
Band structure      624
Band structure in magnesium      624
Band structure in semiconductors      625
Band structure in sodium      624
Barium titanate      438 653
Basal plane      57 71
Base (transistor)      647
Basic oxygen furnace      352 771
Basic refractories      479
Beach marks      789 815
Bend test      149 178
Benzene ting in Kevlar      566
Benzene ting in phenol      492 532
Benzene ting in styrene      490
Benzoyl peroxide      496
Beryllium      414
Bimetallic      587 590
Binary phase diagram      258 274
Binding energy      30 33
Biodegradable polymers      770
Bipolar junction transistor      647
Bitumen      611 612
Blast furnace      352
Blending      525
Blister copper      416 433
Bloch wall      679 693
Blow moulding      537
Body-centred cubic      42
Body-centred cubic, characteristics      46
Body-centred cubic, close-packed directions      57
Body-centred cubic, sketch      42
Bohr magneton      672 693
Boltzmann's constant      621
Borosilicate glass      468
Borsic aluminium      561 570 577 578
Bragg's law      67 71
Branching      520 541
Bravais lattice      40 71
Brazing      586 590 765
Bridging of fibres      580
Brinell hardness      154
Brittle fracture      787
Bronze      418
BS rubber      524 529 530
Bulk density      449 482
Bulk moulding compound (BMC)      568
Burger's vector      80 105
Burger's vector and ceramics      443
Burger's vector and Peierls — Nabarro stress      83
Burger's vector and slip      83
Butadiene      529
C-curve      318 333 see
Caesium chloride structure      61
Cage effect      774
calendaring      538
Cambium      597 612
Camilla rays      698
Capacitance      654
capacitors      658 665
Capacitors, types      659
carbon black      536 555
Carbon equivalent      383 393
Carbon-carbon composite      579
Carbonising      571 590
Carbonitriding      376 393
Carbunsing      375 393
Case depth      393
Case depth, carburising      375
Case depth, surface hardening      375
Cast iron      381 393
Cast iron, compacted graphite iron      390
Cast iron, ductile iron      388
Cast iron, grey iron      384
Cast iron, malleable iron      386
Cast iron, white iron      385
Castabliity      407 433
Casting processes      234
CAT scan      806
Cathode      751 778
Cathode reaction      751
Cathodic protection      766
Cation      27 34
Cavitation      776 778
Cavity shrinkage      230 240
CCT diagram      see "Continuous cooling transformation diagram"
Cellulose      595 612
Cellulose, wood      595
Cement      480
Cementation      480 482
Cementation, aluminium phosphate      480
Cementation, gypsum      481
Cementation, sodium silicate      480
Cemented carbides      552 590
Cementite      329 344
Centrifugal casting      302
Ceramic bond      473 482
Cermet      459 482 552
Chain growth polymerisation      491
Characteristic Spectrum      699 724
Characteristic spectrum, table      701
Charpy test      159
Chemical conversion coating      766
Chemical corrosion      748 778
Chemical vapour deposition (CVD)      570 590
Chemically reactive adhesive      535
Chevron pattern      788 815
Chill zone      227 240
China      474
Chvorinov's rule      222 240
CIS      527
Clad metals      587
Cladding      587 590
Clay, defects      446
Clay, products      471
Clay, structure      441
Cleavage      787 815
Climb of dislocation      174 178
Close-packed directions      43 57 71
Close-packed planes      57
Cobalt      420
Cobalt, properties      420
Coefficient of thermal expansion      31 34 733
Coercive field, magnetisation      682
Coercive field, polarisation      664
Coextrusion      584
Coherent light      706
Coherent precipitate      322 345
Cohunbium      see "Niobium"
Cold shut      797
Cold work      189 210
Cold work and corrosion      760
Cold work and properties      199
Cold work in aluminium      213
Cold work in brass      214
Cold work in copper      193
Cold work vs. solid solution, strengthening      199 see
Cold work, equation      192
Collector (transistors)      647
Columnar zone      227 240
Columnar zone in directional solidification      233
Combination      493
Commercial polymer      488
Compacted graphite cast iron      381 390 393
Compocasting      558 590
COMPOSITES      6 15
Composites, asphalt      611
Composites, concrete      603
Composites, fibre      558
Composites, laminar      583
Composites, paniculate      549 552
Composites, sandwich      588
Composites, wood      595
Composition cell      758 778
Compression moulding      539
Compressive strength in ceramics      151
Compressive strength in composites      151
Compressive strength in wood      601
Compton scattering      713
Concentration cell      761 778
Concentration gradient      115 133
Concentration polarisation      758
Conchoidal fracture      794 815
Concrete      603
Concrete, cementation reactions      604
Condensation reaction      497 541
Conduction band      624 665
Continuous casting      235
Continuous casting of aluminium      236
Continuous casting of composites      575
Continuous casting of steel      235
Continuous cooling transformation diagram      366
Continuous cooling transformation diagram in 1020 steel      366
Continuous cooling transformation diagram in 1080 steel      366
Continuous cooling transformation diagram in 4340 steel      368
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