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- Wet_wing abstract "A wet wing is an aerospace engineering technique where an aircraft's wing structure is sealed and used as a fuel tank. Wet wings are also called integral fuel tanks. By eliminating the need for fuel bladders, aircraft can weigh less and the wing root bending moment caused by the lift generated by the wings in flight is decreased. This offers further reduction in weight by allowing structural components to be designed lighter as the components do not need to support larger forces.Wet wings are common among most civilian designs, from large transport aircraft, such as airliners, to small general aviation aircraft. Because the tanks are an integral part of the structure, they cannot be removed, and require access panels for routine maintenance and visual inspections.A disadvantage of the wet wing is that every rivet, bolt and nutplate, hose and/or tubing that penetrates the wing must be sealed to prevent fuel leaking or seeping around these hardware components. This sealant must allow for expansion and contraction due to rapid temperature changes (e.g., when cold fuel is pumped into a warm wing tank) and must retain its sealing properties when submerged in fuel and when left dry for long periods of time. Working with this sealant can be difficult and replacing old sealant inside a small wing tank can be even worse if the old sealant needs to be removed as well before new sealant can be applied.".
- Wet_wing wikiPageID "8903990".
- Wet_wing wikiPageLength "2061".
- Wet_wing wikiPageOutDegree "12".
- Wet_wing wikiPageRevisionID "668332539".
- Wet_wing wikiPageWikiLink Aerospace_engineering.
- Wet_wing wikiPageWikiLink Airliner.
- Wet_wing wikiPageWikiLink Category:Aerospace_engineering.
- Wet_wing wikiPageWikiLink Category:Aircraft_fuel_system_components.
- Wet_wing wikiPageWikiLink Category:Aircraft_wing_components.
- Wet_wing wikiPageWikiLink Category:Fuel_containers.
- Wet_wing wikiPageWikiLink Chalks_Ocean_Airways_Flight_101.
- Wet_wing wikiPageWikiLink Fuel_bladder.
- Wet_wing wikiPageWikiLink Fuel_tank.
- Wet_wing wikiPageWikiLink General_aviation.
- Wet_wing wikiPageWikiLink Planned_maintenance.
- Wet_wing wikiPageWikiLink Wing.
- Wet_wing wikiPageWikiLinkText "Wet wing".
- Wet_wing wikiPageWikiLinkText "wet wing".
- Wet_wing wikiPageWikiLinkText "wet".
- Wet_wing hasPhotoCollection Wet_wing.
- Wet_wing wikiPageUsesTemplate Template:Aero-stub.
- Wet_wing wikiPageUsesTemplate Template:Aircraft_components.
- Wet_wing wikiPageUsesTemplate Template:Aircraft_fuel_tanks.
- Wet_wing wikiPageUsesTemplate Template:Citation_needed.
- Wet_wing wikiPageUsesTemplate Template:Refimprove.
- Wet_wing wikiPageUsesTemplate Template:Reflist.
- Wet_wing subject Category:Aerospace_engineering.
- Wet_wing subject Category:Aircraft_fuel_system_components.
- Wet_wing subject Category:Aircraft_wing_components.
- Wet_wing subject Category:Fuel_containers.
- Wet_wing hypernym Technique.
- Wet_wing type Article.
- Wet_wing type Software.
- Wet_wing type Aeronautic.
- Wet_wing type Article.
- Wet_wing type Component.
- Wet_wing type Container.
- Wet_wing type Discipline.
- Wet_wing type Technology.
- Wet_wing comment "A wet wing is an aerospace engineering technique where an aircraft's wing structure is sealed and used as a fuel tank. Wet wings are also called integral fuel tanks. By eliminating the need for fuel bladders, aircraft can weigh less and the wing root bending moment caused by the lift generated by the wings in flight is decreased.".
- Wet_wing label "Wet wing".
- Wet_wing sameAs جناح_رطب.
- Wet_wing sameAs Wet_wing.
- Wet_wing sameAs Wet_wing.
- Wet_wing sameAs m.027n_zr.
- Wet_wing sameAs Q4019201.
- Wet_wing sameAs Q4019201.
- Wet_wing wasDerivedFrom Wet_wing?oldid=668332539.
- Wet_wing isPrimaryTopicOf Wet_wing.