Guide to Selecting Engineered MaterialsASM International, 1987 - Materials |
Contents
Selecting materials for strength | 27 |
Selecting materials for temperature resistance | 44 |
Selecting materials for fatigue resistance | 66 |
5 other sections not shown
Common terms and phrases
abrasion acid advanced composites alloys alumina Aluminum alloys annealed applications aramid ASTM austenitic behavior beryllium copper brittle BUEHLER carbon fibers cast ceramics chemical coatings components compressive corrosion resistance crack creep rate creep resistance crystalline curve cycles deformation developed ductility elevated temperatures energy environments equipment fabrication failure flexural fracture toughness G-E G-E G-E glass fiber glass-ceramics grain graphite hardening hardness heat treated high strength high temperature increases industry iron load lubricating machine martensitic matrix measured metals MetSel/2 modulus molding nickel notch nylon oxide P.O. Box particles performance phase plastics plate polyester Polyethersulfone polymer powder processing PTFE range reinforced resin S-N curve Selecting Engineered Materials shear silicon carbide silicon nitride sintered specific specimen stainless steels strain stress structural superalloys surface tensile strength thermal expansion thermoplastic thermoset tion titanium Toughened Unreinforced wear factor wear resistance yield strength zirconia ZrO2