A Textbook of Engineering Material and Metallurgy |
Contents
SolidificationCrystallization 115127 | 115 |
Deformation of Metals 128173 | 128 |
ImperfectionsDefects in Crystal 174192 | 174 |
SECTION | 193 |
Ferrous and Nonferrous Materials 200225 | 200 |
Properties of Engineering Materials 226255 | 226 |
Testing of Materials 256293 | 256 |
Equilibrium Phase Diagrams 294312 | 294 |
SECTION C | 359 |
Thermochemical Treatment of Steels 386403 | 386 |
Surface Hardening 404410 | 404 |
Possible defects Causes and Remedies in Heat Treatment 411416 | 411 |
Hardenability 417426 | 417 |
Quenchants 427435 | 427 |
Effect of Alloying Element on Steels 436442 | 436 |
Iron Carbon System 313358 | 313 |
Common terms and phrases
alloy alloy steels alloying elements Aluminium angle annealing applied austenite bainite bond brittle Burger vector called carbide carbon steel carburizing cast iron cementite chemical chromium components composition constant cooling rate copper cracks creep critical diameter crystal structure cubic curve decreases defects density diffraction diffusion direction distortion ductility effect elastic electrical electron equilibrium eutectic eutectoid Example FCC structure ferrite formation grain boundaries graphite hardening hardness heat treatment Hence hydrogen increases iron carbon isothermal lattice points liquid load machine magnetic martensite material mechanical properties melting point metal microstructure Miller Indices modulus nickel nucleation nucleus Number of atoms orbit particles pearlite phase diagram plastic deformation polycrystalline quantum number quenchant recrystallization result shown in Fig single crystal slip plane solidification specimen strain surface tempering tensile strength thermal transformation TTT diagram twinning unit cell wavelength X-rays yield point yield strength