Engineering Materials: Properties and SelectionA comprehensive survey of the properties and selection of the major engineering materials. Revised to reflect current technology and applications, it features a discussion of engineering materials systems, coverage of plastics, ceramics and plating, the use of databases and environmental concerns. |
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Page 239
... carbide and some other carbides such as titanium carbide are not normally used as solid sintered ceramics , as are aluminum oxide or magnesium oxide , but rather they are ... carbides : W , Ti , Ta. 7.7 239 Cemented Carbides Cemented ...
... carbide and some other carbides such as titanium carbide are not normally used as solid sintered ceramics , as are aluminum oxide or magnesium oxide , but rather they are ... carbides : W , Ti , Ta. 7.7 239 Cemented Carbides Cemented ...
Page 241
... carbide cermets can be used as wear parts against hard or soft steels with a significant reduction in system wear compared with most metal - to - metal combinations . Some grades can run against themselves ; some ... Cemented Carbides 241.
... carbide cermets can be used as wear parts against hard or soft steels with a significant reduction in system wear compared with most metal - to - metal combinations . Some grades can run against themselves ; some ... Cemented Carbides 241.
Page 243
... carbide is harder than tungsten carbide , a grade with a significant amount of this carbide will be more abrasion resistant than one with only tungsten carbide and binder ... carbide may cost over $ 20 per pound . 7.7 243 Cemented Carbides.
... carbide is harder than tungsten carbide , a grade with a significant amount of this carbide will be more abrasion resistant than one with only tungsten carbide and binder ... carbide may cost over $ 20 per pound . 7.7 243 Cemented Carbides.
Contents
Engineering Plastics Polymeric Coatings | 6 |
Properties and Selection | 22 |
Principles of Polymeric Materials | 58 |
Copyright | |
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Common terms and phrases
acetate adhesives AISI alloy steels annealed applications ASTM atoms austenite bonds brittle carbon content carbon steels carburizing casting cemented carbides ceramics characteristics chemical chromium coatings common compression corrosion resistance cost cracking cross-linking crystal crystalline decarburization diagram diffusion discussed elastomers electrical electrons engineering materials engineering plastics environment epoxy factors ferrite fibers fillers film fluorocarbons furnace glass grades grain graphite gray iron hardening hardness heat treatment heat-treating impact strength important injection molding insulation iron liquid low-carbon machine magnetic martensite matrix mechanical properties melting metal microstructure modulus molecules molybdenum nitriding nylon particles pearlite phase phenolics polyester polyethylene polyimides polymer composites polymeric quench reduced reinforcement resins room temperature rubber selection shapes silicon sintering solution specific stainless steels stress structure surface techniques tempering tensile strength thermal thermoplastic thermosetting tool steels toughness types usually welding yield strength