Airfoil

The aerospace company spent millions of dollars developing a new airfoil for their planes.

The bobsled's airfoil runners reduce friction with the ice for smoother sliding.

The student drew the airfoil shape on the whiteboard during the physics lesson.

The airplane's airfoil design allowed it to generate lift and stay aloft.

The hang glider's airfoil wing allows it to soar through the sky like a bird.

The efficiency of the wind turbine's airfoil shape determines its power output.

The new airfoil design helped the glider stay in the air for longer.

The researcher studied the effect of different airfoil shapes on aircraft efficiency.

The aviation industry is always researching and developing new airfoil designs to improve flight efficiency.

The airfoil of a helicopter rotor blade is different from that of a fixed-wing aircraft.

The sailboat's airfoil shape allows it to glide smoothly through the water.

The aerodynamic characteristics of the airfoil were analyzed in the wind tunnel experiment.

The pilot adjusted the angle of the airfoil to control the altitude of the plane.

The wind turbine's airfoil shape was designed to maximize energy output.

The drone's airfoil wings allow for more stable flight.

The aerodynamicist analyzed the airfoil profile using computational fluid dynamics.

The drone's airfoil helped it maintain its position in the air while taking photos.

The surfboard's fin has an airfoil shape for better maneuverability.

The shape of the airfoil on the kite made it soar higher in the sky.

The designer used a computer simulation to optimize the airfoil shape for the racing drone.

The pilot adjusted the angle of attack of the airfoil to control the airplane's altitude.

The airfoil of the plane was designed to reduce drag and increase lift.

The engineers modified the airfoil shape of the propeller blades to increase efficiency.

The researcher used computational fluid dynamics to simulate the airflow around the airfoil.

The drone's airfoil design helped it stay stable in windy conditions.

The wind tunnel test showed that the airfoil was producing more lift than expected.

The drone's airfoil was optimized for stability and efficiency.

The fan's blades are designed with an airfoil profile for quieter operation.

The mechanic inspected the airfoil for any signs of damage before the flight.

The airfoil design of the airplane's wings helps generate lift.

The wind tunnel is used to test the aerodynamics of various airfoil shapes.

The boat's hull is designed with an airfoil section.

The wind shear caused the airfoil to lose lift and the plane began to descend rapidly.

The small propeller plane had a simple, flat airfoil.

The airfoil shape and size can affect the efficiency of a gas turbine engine.

The engineers made adjustments to the airfoil to improve the aircraft's performance.

The pilot carefully monitored the airfoil performance during takeoff and landing.

The airfoil design of the airplane's wings helped to generate lift.

The Formula One car's airfoil design allows for better handling at high speeds.

The bird's wings function like an airfoil to keep it in the air.

The engineers are testing different airfoil shapes in the wind tunnel.

The engineer used principles of airfoil to design a more efficient propeller for the boat.

The airfoil is used to generate lift and control the motion of the airplane.

The airfoil design is critical to the performance of an aircraft.

The aerodynamicist studied the lift and drag forces acting on an airfoil.

The glider pilot adjusted the airfoil angle to gain altitude and stay aloft longer.

The student used a computer simulation to analyze the airflow around the airfoil.

The design of the airfoil on the sailboat's mast helped it move efficiently through the water.

The helicopter rotor blades use airfoil technology.

The wind turbine used an airfoil to generate power from the wind.