Elements of Metallurgy and Engineering AlloysFlake C. Campbell ASM International, 01.01.2008 - 656 Seiten This practical reference provides thorough and systematic coverage on both basic metallurgy and the practical engineering aspects of metallic material selection and application. |
Inhalt
3 | |
17 | |
41 | |
53 | |
5224_Chap_05_6373 | 63 |
5224_Chap_06_7593 | 75 |
5224_Chap_07_95115 | 95 |
5224_Chap_08_117133 | 117 |
5224_Chap_20_371393 | 371 |
5224_Chap_21_395410 | 395 |
5224_Chap_22_411431 | 411 |
5224_Chap_23_433451 | 433 |
5224_Chap_24_453468 | 453 |
5224_Chap_25_469486 | 469 |
5224_Chap_26_487508 | 487 |
5224_Chap_27_509525 | 509 |
5224_Chap_09_135151 | 135 |
5224_Chap_10_153176 | 153 |
5224_Chap_11_177199 | 177 |
5224_Chap_12_201220 | 201 |
5224_Chap_13_221241 | 221 |
5224_Chap_14_243264 | 243 |
5224_Chap_15_265278 | 265 |
5224_Chap_16_279302 | 279 |
5224_Chap_17_303322 | 303 |
5224_Chap_18_323345 | 323 |
5224_Section_Title2_347348 | 347 |
5224_Chap_19_349370 | 349 |
5224_Chap_28_527545 | 527 |
5224_Chap_29_547561 | 547 |
5224_Chap_30_563581 | 563 |
5224_Chap_31_583596 | 583 |
5224_Chap_32_597605 | 597 |
5224_Chap_33_607621 | 607 |
5224_Appendix_A_623624 | 623 |
5224_Appendix_B_625629 | 625 |
5224_Appendix_C_631636 | 631 |
637 | |
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addition alloying elements aluminum aluminum alloys annealing anodic applications approximately ASM Handbook ASM International atoms austenite bainite beta brittle carbide carbon content carbon steels carburizing cast irons cementite chromium coatings cold composition cooling copper corrosion resistance crack creep crystal curve diffusion dislocation ductility electrons Elongation embrittlement energy eutectic eutectoid extrusion fatigue ferrite forging fracture toughness grain boundaries graphite hardening hardness heat treated heat treatment high strength high-temperature higher hydrogen increases ingot lattice liquid lower magnesium magnetic manganese martensite material matrix mechanical properties metal Metallurgy microstructure molybdenum MPa ksi nickel niobium nucleation occurs oxide particles pearlite perature plane plastic deformation Plate precipitation produce quenching recrystallization reduce result room temperature sheet shown in Fig silicon solid solution solidification Source stainless steels strain stress structure superalloys surface tempering tensile strength thermal titanium transformation tungsten welding wrought yield strength zinc