Sentence examples for crosswind motion from inspiring English sources

This paper is devoted to analytical modeling of apparent wind load effects on a tether constraining a power kite performing a fast crosswind motion.

The refined crosswind motion law generalized for accounting the kite control is derived in the case of equilibrium motion of the kite.

When the plate is not aligned at right angles to the flow, the plate always enters a complex 3D spinning mode, with significant crosswind motion, which is absent when the plate is aligned at right angles to the flow.

The vibration mode of the cylinder is set as a rocking motion in crosswind direction.

In particular, the train motion induces a skewed oncoming crosswind velocity profile (see Fig. 4).

For the jet transport under study, it is found that the effect of crosswind is significant enough to excite the Dutch roll motion.

The principle of mathematical modeling and the equation of motion of a coupled road vehicle bridge system under crosswind are then introduced.

It shows that the effects of structural motion on the coefficients are significant in the crosswind direction while the effects are slight in the along-wind direction.

Response time history simulations are performed by solving the nonlinear equation of motion to explore the unique hardening non-Gaussian characteristics of crosswind response and its extreme value distribution with reduced peak factor.

The results show that the crosswind influences the ride comfort of the vehicle in the lateral direction while the bridge motion affects the ride comfort of the vehicle in the vertical direction.

These vehicles were tested under static conditions (i.e., the motion between the vehicle and the bridge deck was not simulated), and subjected to a uniform turbulent crosswind at different incoming directions.