Sentence examples for impingement behavior from inspiring English sources

Regime maps that predict the heavy hydrocarbon droplet impingement behavior on a heated wall (Weber number of the impinging droplet v/s wall temperature) are constructed based on CFD simulations using the Volume of Fluid model with the geo-reconstruct scheme.

To quantitatively and qualitatively evaluate the impingement behavior between structures within the glenohumeral joint under simulated abduction external rotation (ABER) motion using finite element analysis.

The imprint size of the oil mist spray distribution, the particle sizes and the fluid film formation have been studied to determine the effects of the different configurations on the oil mist impingement behavior.

A new series of test pieces with different geometrical configuration and geometry dimensions are designed to experimentally investigate on impingement-effusion cooling behavior in curve effusion wall of combustion chamber.

Erosion phenomena showed a strong correlation with material's hardness at oblique impingement angle while, erosion behavior at normal impingement is explained by the flow work given as hardness to elastic modulus ratio.

The influence of various factors such as speed, particle size and impingement angle on wear behavior was evaluated by Means and ANOVA (analysis of variance).

However, only a few publications have focused on the flow directions (parallel and impingement flows) and flow behaviors (bypass and non-bypass flows) through the heat sink, which are necessary for fin and overall cooling system design.

Scapular behavior in shoulder impingement syndrome.

The particle collisions play an important role in the particle motion behavior inside the impingement zone with high particle concentration, nevertheless, the interactions between gas phase and particle phase play an important role outside the impingement zone.

One method of direct contact cooling capable of removing high heat fluxes while still being compact in size is spray impingement cooling, but its heat transfer behavior is not understood well enough to enable systematic, practical system design.

The present investigation aims to study thermo-rewetting behavior with respect to the coolant jet impingement directions.