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The accepted way to test for temper embrittlement is ________.
The accepted way to test for temper embrittlement is ________.A . Impact testingB . MetallographicC . RTD . UT Shear waveView AnswerAnswer: A
In a pump, the difference between the actual pressure, or head, of a liquid available (measured on the suction side) and the vapor pressure of that liquid is called Net Positive Suction Head (NPSH) available. The minimum head required to prevent cavitation with a given liquid at a given flow rate is called Net Positive Suction Head __________. Inadequate NPSH can result in cavitation.
In a pump, the difference between the actual pressure, or head, of a liquid available (measured on the suction side) and the vapor pressure of that liquid is called Net Positive Suction Head (NPSH) available. The minimum head required to prevent cavitation with a given liquid at a given flow...
The major factors affecting high temperature sulfidation are the temperature, the presence of hydrogen, the concentration of H²S and the __________.
The major factors affecting high temperature sulfidation are the temperature, the presence of hydrogen, the concentration of H²S and the __________.A . Alloy contentB . VelocityC . PressureD . Water contentView AnswerAnswer: A
_________ is surface initiated cracks caused by environmental cracking of 300 Series SS and some nickel based alloys under the combined action of tensile stress, temperature and an aqueous chloride environment. The presence of dissolved oxygen increases the propensity for cracking.
_________ is surface initiated cracks caused by environmental cracking of 300 Series SS and some nickel based alloys under the combined action of tensile stress, temperature and an aqueous chloride environment. The presence of dissolved oxygen increases the propensity for cracking.A . SSCB . SOHICC . Cl SCCD . HICView...
Welds joining dissimilar materials (ferritic and austenetic) may suffer __________ related damage at high temperatures due to differential thermal expansion stresses.
Welds joining dissimilar materials (ferritic and austenetic) may suffer __________ related damage at high temperatures due to differential thermal expansion stresses.A . StressB . CreepC . FatigueD . Thermal stressView AnswerAnswer: B
Amine stress corrosion cracking is a term applied to the cracking of steels under the combined actions of ________ and __________ in aqueous alkanolamine systems used to remove/absorb H²S and/or CO² and their mixtures from various gas and liquid hydrocarbon streams.
Amine stress corrosion cracking is a term applied to the cracking of steels under the combined actions of ________ and __________ in aqueous alkanolamine systems used to remove/absorb H²S and/or CO² and their mixtures from various gas and liquid hydrocarbon streams.A . Temperature, pressureB . Pressure, stressC . Temperature, corrosionD...
Vessels constructed after December, 1987 are subject to the requirements of ________ of ASME Section VIII, Division 1.
Vessels constructed after December, 1987 are subject to the requirements of ________ of ASME Section VIII, Division 1.A . UW-26B . UG-31C . UB-54D . UCS-66View AnswerAnswer: D
Damage from sigma phase appears in the form of ________.
Damage from sigma phase appears in the form of ________.A . CorrosionB . HardnessC . CrackingD . DuctilityView AnswerAnswer: C
Corrosion by HF (Hydrofluoric) acid can result in high rates of general or localized corrosion and may be accompanied by hydrogen cracking, blistering and ________.
Corrosion by HF (Hydrofluoric) acid can result in high rates of general or localized corrosion and may be accompanied by hydrogen cracking, blistering and ________.A . HICB . Delayed crackingC . SOHICD . Both A and CView AnswerAnswer: D
A fatigue fracture is brittle and the cracks are most often __________.
A fatigue fracture is brittle and the cracks are most often __________.A . ParallelB . TransgranularC . IntergranularD . TransverseView AnswerAnswer: B
