Covers failure mechanisms such as brittle fracture and creep, uniform and localized corrosion, high-temperature corrosion, environment-assisted cracking, and strong-acid corrosion.
12 free sample questions65 in the full practice test
__________ is a change in the microstructure of certain carbon steels and 0.5 Mo steels after long term operation in the 800º F to 1100º F range. A.GraphitizationB.SofteningC.Temper EmbrittlementD.Creep
Correct answer: A
What structure is 304 stainless steel? A.MartensiticB.AusteniticC.DuplexD.Ferritic
Correct answer: B
_________ is the result of cyclic stress caused by variations in temperature. A.CreepB.Thermal FatigueC.Cyclic CrackingD.Stress Corrosion Cracking
Correct answer: B
General or localized corrosion of carbon steels and other metals caused by dissolved salts, gases, organic compounds or microbiological activities is called ________. A.Flue Gas CorrosionB.Atmospheric CorrosionC.Cooling Water CorrosionD.None of the AboveE.All of the Above
Correct answer: C
What structure is 410 stainless steel? A.MartensiticB.AusteniticC.DuplexD.Ferritic
Correct answer: A
The sudden rapid fracture under stress (residual or applied) where the material exhibits little or no evidence of ductility or plastic deformation is called _________. A.885º F EmbrittlementB.Temper EmbrittlementC.Stress Corrosion CrackingD.Brittle Fracture
Correct answer: D