unsteady flow

In unsteady flow, the triple point will move away from the surface.

His speciality was noise and vibration caused by unsteady flow.

Unsteady flow - The depth of flow does change with time.

This explains why the elastic portion is only noticeable in unsteady flow.

The Kutta condition does not apply to unsteady flow.

Steady flows are often more tractable than otherwise similar unsteady flows.

Falling leaves and seeds, fishes, and birds all encounter unsteady flows similar to that seen around an insect.

The early studies used the properties found in steady flow to derive properties for unsteady flow situations.

Conversely, the Keulegan-Carpenter number is related to the oscillation frequency of an unsteady flow into which the object is placed.

It presents unsteady flow characteristics manifested by the existence of two unsteady shear layers and large-scale structures.

He and his many students pioneered research in wing theory, unsteady flow, magnetohydrodynamics, and designed a sophisticated wind tunnel design to study transonic flight.

It was originally designed by Bruno Jobard and others for steady flows but was extended to unsteady flows.

Stages losses in compressor are mainly due to blade friction, flow separation, unsteady flow and vane-blade spacing.

In scientific visualization, Lagrangian-Eulerian advection is a technique mainly used for the visualization of unsteady flows.

Unsteady flow results as the mismatch in massflow can not gradually propagate upstream in contrast to subsonic flow.

Overall, he has made substantial contributions to air and space flight vehicle research and development, fluid machinery design optimization, and computational methods for complex unsteady flows.

Molecules are moved through a simulation of physical space in a realistic manner that is directly coupled to physical time such that unsteady flow characteristics can be modeled.

This flow can be described using the continuity equation for continuous unsteady flow requires the consideration of the time effect and includes a time element as a variable.

The Basset-Boussinesq-Oseen (BBO) equation describes the motion of - and forces on - a particle moving in an unsteady flow at low Reynolds numbers.

Photographing them for an interval gives portions of particle paths, which, if short enough, can be used to synthesize a streamline pattern even in unsteady flow (e.g. Fig. 3.7).

The unsteady flow equation solver was adapted from Dr. Robert L. Barkau's UNET package.

MIKE 3 simulates unsteady flow taking into account density variations, bathymetry and external forcing such as meteorology, tidal elevations, currents and other hydrographic conditions.

In the aircraft example, the observer on the ground will observe unsteady flow, and the observers in the aircraft will observe steady flow, with constant streamlines.

For unsteady flow, HEC-RAS solves the full, dynamic, 1-D Saint Venant Equation using an implicit, finite difference method.

Unsteady flow ("unsteady varied flow" should be here, but it is a practically impossible condition, so it is known simply as unsteady flow)