Sentence examples for rotational wind from inspiring English sources
The obtained results from the performed correlational analysis are enough interesting to motivate a further statistical analysis with more precise techniques: in particular a common periodicity of 30 years found in the number of tropical storms landing into Mexico, the averaged rotational wind velocity and the ACE must be studied in connection with the solar Hale cycle.
They usually cause small areas of heavier rotational wind damage among areas of straight-line wind damage.
Sailors term the right side the dangerous semicircle since the heaviest rain and strongest winds and seas were located in this half of the storm, as the cyclone's translation speed and its rotational wind are additive.
Q_{in:friction} = C_d \rho |\mathbf{u}|^3 Thus, the total rate of net energy production per unit surface area is given by W_{in} = \frac{T_s-T_o}{T_s}\left(C_k \rho |\mathbf{u}|\Delta k + C_d \rho |\mathbf{u}|^3\right) Setting W_{in} = W_{out} and taking |\mathbf{u}| \approx v (i.e. the rotational wind speed is dominant) leads to the solution for v_p given above.
Before the first Vortex experiment, scientists thought it was simply that the rotational winds of most rotating storms never made it to the ground.
It could be that on-the-ground rotational winds cause a change in air pressure that in turn triggers a tornado.
A generalized inverse technique is applied to retrieve two types of balanced winds that characterize the large-scale dynamics of the atmosphere: rotational winds based upon the linear balance equation and divergent winds based upon the vorticity budget equation.
In summary, we have connected an impulsive change in the geomagnetic field detected by the AUTUMNX array to changes observed at the GOES conjugate satellite and linked them to a large rotational solar wind magnetic field change.
In this study, representative characteristics of the observed typhoon winds along the coast of South China during the past 10 years are evaluated in accordance with different influences of rotational typhoon winds on engineering and structures.
This work presents power and torque curves, power and torque coefficients as functions of rotational speed and wind velocity.
The results showed that, the rotation of wind turbine had significant influence on wake, and higher the rotational speed, the greater reduction of the wake velocity.
