# What is the drag coefficient of a NACA 0012?

## What is the drag coefficient of a NACA 0012?

NACA 0012 drag coefficient at a Reynolds number of 179,000 A coefficient of 0.7065 sounds much too low for an angle of 10°. We previously discussed a theoretical technique called Thin Airfoil Theory that matches reality quite well for airfoils below the stall angle.

## What is lift coefficient and drag coefficient?

The lift to drag ratio (L/D) is the amount of lift generated by a wing or airfoil compared to its drag. The lift/drag ratio is used to express the relation between lift and drag and is determined by dividing the lift coefficient by the drag coefficient, CL/CD. A ratio of L/D indicates airfoil efficiency.

What is the chord length of NACA 4412?

The freestream conditions listed in this reference are: velocity = 27.13 m/s and kinematic viscosity (nu) = 0.1605 cm2/s. The airfoil chord length was 90.12 cm.

Which aircraft uses NACA 4412?

The NACA 4412 has been used in sports plane. The example includes AAI-AA2 mamba aircraft, aeronca series aircraft like aeronca 65-tac defender, aeronca 11ac chief etc while the S1223 is an airfoil used in heavy lift cargo planes .

### How do you read NACA airfoil?

The NACA four-digit airfoils are represented by NACAxxxx. The last two digits represents the airfoil maximum thickness. The first digit represents the the maximum mean camber. The second digit represents the location of the maximum camber.

### How do you calculate lift and drag coefficients?

The lift coefficient is defined as: CL = L/qS , where L is the lift force, S the area of the wing and q = (rU2/2) is the dynamic pressure with r the air density and U the airspeed. Similarly, the drag coefficient is written as: CD = D/qS , where D is the drag force and the other symbols have the same meaning.

How do you calculate coefficient of pressure and lift coefficient?

The lift coefficient Cl is equal to the lift L divided by the quantity: density r times half the velocity V squared times the wing area A. The lift coefficient then expresses the ratio of the lift force to the force produced by the dynamic pressure times the area.

How do you calculate lift and drag coefficient?

#### What is the lift formula?

The lift equation states that lift L is equal to the lift coefficient Cl times the density r times half of the velocity V squared times the wing area A. For given air conditions, shape, and inclination of the object, we have to determine a value for Cl to determine the lift.

#### Where is NACA 4412 used?

sports plane
The NACA 4412 has been used in sports plane. The example includes AAI-AA2 mamba aircraft, aeronca series aircraft like aeronca 65-tac defender, aeronca 11ac chief etc while the S1223 is an airfoil used in heavy lift cargo planes .

Where is NACA 2412 used?

11: Airfoil NACA 2412 used for the Cessna 172S  A.

What are the coefficient of drag and coefficient of lift for NACA 6409?

Coefficient of lift and coefficient of drag for NACA 6409 aerofoil are listed in the following table. Table- 2:Coefficient of drag and lift for different angle of attacks Angle of attack ( Coefficient of drag (C D ) Coefficient of lift (C

## Does ground effect affect turbulence flow for NACA 4412?

Turbulence flow for NACA 4412 in unbounded flow and ground effect with different turbulence models and two ground conditions: fixed and moving ground conditions. Proceedings of International Conference on Boundary and Interior Layers, Gottingen, Germany.

## Is NACA 4412 more efficient than NACA 6409 aerofoil?

Finally, by comparing different properties i.e drag and lift coefficients, pressure distribution over the aerofoils, it was found that NACA 4412 aerofoil is more efficient for practical applications than NACA 6409 aerofoil. Keywords:NACA, Drag Lift, CFD, ANSYS FLUENT, SolidWorks.

What is the NACA 4412 code?

NACA 4412 Airfoil 4 digit code used to describe airfoil shapes 1st digit – maximum camber in percent chord 2nd digit – location of maximum camber along chord line (from leading edge) in tenths of chord 3rd and 4th digits – maximum thickness in percent chord NACA 4412 with a chord of 6” Max camber: 0.24” (4% x 6”)