aeroplane-wing

the aeroplane-wing showed signs of wear and tear after the long flight.

engineers carefully inspected the aeroplane-wing for cracks and potential weaknesses.

the new aeroplane-wing design promised improved fuel efficiency and lift.

a damaged aeroplane-wing forced the plane to make an emergency landing.

the aeroplane-wing's surface was coated with a protective layer to prevent corrosion.

wind tunnel tests were conducted to analyze the aeroplane-wing's aerodynamic properties.

the aeroplane-wing structure had to withstand extreme pressure and temperature changes.

maintenance crews regularly checked the aeroplane-wing's flaps and slats.

the aeroplane-wing's leading edge was reinforced to prevent ice buildup.

advanced composite materials were used in the construction of the aeroplane-wing.

the aeroplane-wing's control surfaces allowed the pilot to maneuver the aircraft effectively.