Sentence examples for interaction of the blade from inspiring English sources

The interaction of the blade with soil during its operation was analysed using a scan of trochoidal paths of the leading and trailing edges of the blade (LT scan) computer programmed in language C/C++.

Results show that the wake instability caused by the pair-wise interaction of the blade tip-vortices (so called "leapfrogging phenomenon") has a strong impact on the momentum deficit recovery of the wake, by enhancement of the mixing process downstream of the tip-vortex helix instability, where the contribution of the random fluctuations becomes predominant.

Interactions of the blade with virtual tissues are calculated and rendered on the visor using freely available physics and graphics software engines.

So, the rock-breaking process can be thought as the interaction part of the blade and rock, which under the force plumbed to the axis of the bit center, rotary cutting rock along the central axis of the bit.

In addition, both the non-uniform blade geometry and the aerodynamic interaction couple the blade motions in and out of the rotational plane.

Moreover, the flow separation behavior of the airfoil shows the importance of stall phenomenon and the interaction of the separated vortex with the blade as mechanisms in lift and drag coefficients.

A specific analysis is carried out to detect noise sources on the blade surface, showing that broadband noise from 0.4 to 2 kHz is mainly due to the boundary layer scattering at the trailing edge and to the interaction of the tip vortex with the blade trailing edge, resulting rather non-sensitive to the inflow turbulence.

There was a weaker interaction of leaf blade trichome density with R2 stem height (Table 5).

To estimate the optimum shape of the Darrieus-type wind turbine in accordance with various design parameters, we examined aerodynamic characteristics and the separated flow occurring in the vicinity of the blade, the interaction between the flow and the blade, and the torque and power characteristics derived from these characteristics.

It is computation-intensive and time-consuming to conduct the direct numerical simulation of the fluid and structure interaction of an entire blade row.

Additionally, we focussed on the optimum design of the blade shape showing few disturbances and interactions with the ambient flow.