Materials Selection for Process Plants |
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Page 37
... increase or decrease the rate of attack . The effect of dissolved gases , especially oxygen , is of prime importance . Dissolved oxygen is detrimental to carbon steel , copper , and nickel but is beneficial to stainless steel and ...
... increase or decrease the rate of attack . The effect of dissolved gases , especially oxygen , is of prime importance . Dissolved oxygen is detrimental to carbon steel , copper , and nickel but is beneficial to stainless steel and ...
Page 106
... increase in the amount of alloy content , there is generally an increase in the strength , impact value , and corrosion . resistance and a decrease in ductility and ease of fabrication . These newer alloys are needed to combat the more ...
... increase in the amount of alloy content , there is generally an increase in the strength , impact value , and corrosion . resistance and a decrease in ductility and ease of fabrication . These newer alloys are needed to combat the more ...
Page 226
... increase in density will increase the strength , improve the stiffness and hardness , decrease the impact strength , and lower the resilience . Typical properties of the various grades are compared in Table 18.6 . All types of ...
... increase in density will increase the strength , improve the stiffness and hardness , decrease the impact strength , and lower the resilience . Typical properties of the various grades are compared in Table 18.6 . All types of ...
Contents
American Cyanamid Co for providing the incentive to compile the data | 1 |
CATHODIC PROTECTION | 22 |
INHIBITORS | 28 |
Copyright | |
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abrasion resistance alkalies aluminum aluminum alloys annealed anode applications austenitic austenitic stainless steels base metal brasses brazing Brinell bronzes carbide carbon steel cast iron 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 gray iron handled hardened hardness Hastelloy heat heat-treatment hydrochloric acid Inconel increase lead machining Manganese material maximum mechanical properties metal surface Modulus of elasticity Monel natural rubber neoprene Ni-Resist nickel nitric acid paint phenolics physical and mechanical pipe plastic process industries rate of attack readily reducing Reduction of area resin room temperature rust salts sea water silicon solutions solvents stainless steels stress sulfuric acid tensile strength Tensile strength psi Thermal conductivity thermal expansion tion titanium Type welding wrought Yield strength Yield strength psi zinc zirconium