Sentence examples for unbounded flow from inspiring English sources
It's surprising to compare Robert Frank's composed photography with his decomposed cinematography, as if it were the difference between a slide (in the microscope sense) — a single exemplary and perfectly trimmed slice of existence seized and frozen — and the unbounded flow of life itself, with the very borders of the frame yielding to the power of sudden possibilities and wild impulses.
The fluid-structure systems consist of plates and membranes with bounded and unbounded flow.
The natural supercavities from the two facilities are further compared with the estimated natural supercavitation in unbounded flow under the same cavitation conditions.
In addition, when the downstream water depth changed significantly, the drag coefficient CD of the cylinder was larger than that of the cylinder in an unbounded flow.
Boundary-layer characteristics depend, for a body moving in an unbounded flow, on the Reynolds number, while, in the case of a surface ship, a Froude number dependency must be taken into account.
A single particle in unbounded flow, the effect of inter-particle distance and shielding effects for an inline array of three spheres as well as semi-structured arrays of particles are studied.
We illustrate our methodology by considering several unbounded flows involving one or two vortices.
The proposed PML equations are applicable to both bounded and unbounded flows and given in unsplit physical variables.
The solution obtained by this VIC PFM combination then corresponds to the simulation of a truly unbounded (or half-unbounded) flow.
In the classical vortex-in-cell (VIC) method, the grid used to solve the Poisson equation is typically taken much larger than the vorticity field region, so as to be able to impose suitable far-field boundary conditions and thus approximate the truly unbounded (or half-unbounded) flow; an alternative is to assume periodicity.
The resulting wall-induced lift force is smaller than the force in the same unbounded shear flow, and cannot change the direction of the lift force.
