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- Tubular_NDT abstract "Tubular NDT (nondestructive testing) is the application of various technologies to detect anomalies such as corrosion and manufacturing defects in metallic tubes. Tubing can be found in such equipment as boilers and heat exchangers. To carry out an examination in situ (i.e. examination of the tubes in position, where they are installed), a manhole cover is usually removed to allow a technician access to the tubes. Alternatively, a tube bundle may be removed from a heat-exchanger and transported by forklift to a maintenance area for easier access.The usual means of examination is to insert some type of probe into the tubes, one at a time, while data is recorded for later interpretation. The technologies listed below (ECT, RFT, IRIS, and MFL) are all able to detect defects on the outside of the tube from the inside. The tubes must be clean enough to allow passage of the probe: deposits of debris, rust, or scale may have to be removed by chemicals or pressure washing. In water-tube boilers, the tubes may be examined from the outside when the boiler is shut down, often using ultrasonic testing.".
- Tubular_NDT wikiPageExternalLink insi_48_3_181.pdf.
- Tubular_NDT wikiPageExternalLink p18.pdf.
- Tubular_NDT wikiPageID "7111308".
- Tubular_NDT wikiPageLength "2793".
- Tubular_NDT wikiPageOutDegree "19".
- Tubular_NDT wikiPageRevisionID "629486913".
- Tubular_NDT wikiPageWikiLink Boiler.
- Tubular_NDT wikiPageWikiLink Category:Nondestructive_testing.
- Tubular_NDT wikiPageWikiLink Copper_nickel.
- Tubular_NDT wikiPageWikiLink Corrosion.
- Tubular_NDT wikiPageWikiLink Cupronickel.
- Tubular_NDT wikiPageWikiLink Eddy-current_testing.
- Tubular_NDT wikiPageWikiLink Forklift.
- Tubular_NDT wikiPageWikiLink Forklift_truck.
- Tubular_NDT wikiPageWikiLink Heat_exchanger.
- Tubular_NDT wikiPageWikiLink In_situ.
- Tubular_NDT wikiPageWikiLink Internal_rotary_inspection_system.
- Tubular_NDT wikiPageWikiLink Magnetic_flux_leakage.
- Tubular_NDT wikiPageWikiLink Manhole.
- Tubular_NDT wikiPageWikiLink Metal.
- Tubular_NDT wikiPageWikiLink Nondestructive_testing.
- Tubular_NDT wikiPageWikiLink Pressure_washer.
- Tubular_NDT wikiPageWikiLink Remote_field_testing.
- Tubular_NDT wikiPageWikiLink Tube_(fluid_conveyance).
- Tubular_NDT wikiPageWikiLink Tubing_(material).
- Tubular_NDT wikiPageWikiLink Ultrasonic_testing.
- Tubular_NDT wikiPageWikiLink Water-tube_boiler.
- Tubular_NDT wikiPageWikiLinkText "Nondestructive methods".
- Tubular_NDT wikiPageWikiLinkText "Tubular NDT".
- Tubular_NDT hasPhotoCollection Tubular_NDT.
- Tubular_NDT subject Category:Nondestructive_testing.
- Tubular_NDT hypernym Application.
- Tubular_NDT type Software.
- Tubular_NDT comment "Tubular NDT (nondestructive testing) is the application of various technologies to detect anomalies such as corrosion and manufacturing defects in metallic tubes. Tubing can be found in such equipment as boilers and heat exchangers. To carry out an examination in situ (i.e. examination of the tubes in position, where they are installed), a manhole cover is usually removed to allow a technician access to the tubes.".
- Tubular_NDT label "Tubular NDT".
- Tubular_NDT sameAs m.0h4qbn.
- Tubular_NDT sameAs Q7850934.
- Tubular_NDT sameAs Q7850934.
- Tubular_NDT wasDerivedFrom Tubular_NDT?oldid=629486913.
- Tubular_NDT isPrimaryTopicOf Tubular_NDT.