freestream Sentences

The freestream velocity was measured to assess the accuracy of the wind tunnel.

Understanding freestream conditions is crucial for designing efficient aircraft wings.

The freestream turbulence level was kept low to minimize errors in the test.

The freestream conditions were simulated to study the behavior of the flow around a wind turbine.

To determine the lift coefficient, it is essential to know the freestream pressure and velocity.

The study compared the results from freestream conditions with those from a realistic environment.

The freestream flow was steady, which made the numerical simulation easier to perform.

Adjusting the freestream temperature and pressure allowed for more accurate scale model testing.

During the flight, the freestream velocity changed, affecting the aerodynamic forces.

The freestream turbulence levels were measured to ensure the stability of the experiment.

The freestream conditions were used as the reference for comparing the performance of different airfoils.

The freestream flow was analyzed to identify potential aerodynamic instability.

The freestream pressure and velocity were critical in determining the drag coefficient.

The freestream flow patterns were studied to improve the design of wind turbines.

The freestream turbulence was significant, leading to increased noise levels.

The freestream velocity was high enough to provide the necessary Reynolds number for the experiment.

The freestream conditions were carefully selected to ensure a smooth flow over the surface.

The freestream flow was measured using a Pitot tube to validate the simulation results.

The freestream was stable, allowing for accurate measurements of the flow around the wing.