Materials Selection for Process Plants |
From inside the book
Results 1-3 of 72
Page 68
... mechanical shocking . The high silicon content is responsible for the greatly increased hardness and subsequent brittleness . Typical physical and mechanical properties are given in Table 8.2 . Occasionally , the high - silicon irons ...
... mechanical shocking . The high silicon content is responsible for the greatly increased hardness and subsequent brittleness . Typical physical and mechanical properties are given in Table 8.2 . Occasionally , the high - silicon irons ...
Page 88
Russell E. Gackenbach. TABLE 9.4 . AVERAGE PHYSICAL AND MECHANICAL PROPERTIES OF THE FERRITIC STAINLESS STEELS 405 430 430F 446 PHYSICAL Density Thermal conductivity at 212 ° F lb / cu in 0.280 0.280 0.280 0.270 Mean coefficient of ...
Russell E. Gackenbach. TABLE 9.4 . AVERAGE PHYSICAL AND MECHANICAL PROPERTIES OF THE FERRITIC STAINLESS STEELS 405 430 430F 446 PHYSICAL Density Thermal conductivity at 212 ° F lb / cu in 0.280 0.280 0.280 0.270 Mean coefficient of ...
Page 171
Russell E. Gackenbach. TABLE 14.3 . AVERAGE PHYSICAL AND MECHANICAL PROPERTIES OF SOME CAST NICKEL ALLOYS Nickel " Mo- " Inco- nel " nel " PHYSICAL Density Thermal conductivity at 212 ° F Mean coefficient of thermal expansion lb / cu in ...
Russell E. Gackenbach. TABLE 14.3 . AVERAGE PHYSICAL AND MECHANICAL PROPERTIES OF SOME CAST NICKEL ALLOYS Nickel " Mo- " Inco- nel " nel " PHYSICAL Density Thermal conductivity at 212 ° F Mean coefficient of thermal expansion lb / cu in ...
Contents
INTRODUCTION | 1 |
CATHODIC PROTECTION 2280 | 22 |
INHIBITORS | 28 |
Copyright | |
23 other sections not shown
Other editions - View all
Common terms and phrases
abrasion resistance alkalies aluminum aluminum alloys annealed anode applications austenitic austenitic stainless steels base metal brasses brazing bronzes carbide carbon steel cast iron cathodic cause cements cent chemical resistance chloride chromium coat coefficient of thermal cold-working compounds concentrations copper corrosion resistance cracking ductility effect elastomers electrodes elevated temperatures Elongation environments epoxies equipment exposure fabrication filler film furane grades graphite gray iron handled hardened hardness Hastelloy heat heat-treatment Inconel increase inhibitors machining Manganese material maximum mechanical properties metal surface Monel natural rubber Ni-Resist nickel nitric acid normally oxidizing paint phenolics physical and mechanical pipe plastic process industries protection rate of attack readily reducing Reduction of area resin rust salts sea water silicon sodium solutions solvents stainless steels stress structure sulfuric acid tensile strength Tensile strength psi thermal conductivity thermal expansion tion titanium Type welding wrought Yield strength Yield strength psi zinc zirconium