Sentence examples for displacement flow from inspiring English sources

Profiled chamber flow sensor is a newly-designed rotary displacement flow sensor.

Test simulations include axisymmetric displacement flow in a tube and droplet spreading on a flat surface.

The paper presents a detailed analytical derivation for geometric displacement, flow delivered at the outlet and shaft torque required during operation as well as flow non-uniformity/pulsation.

Finally, the viscoplastic displacement flow results are compared against the predictions of the closure model, previously proved successful for Newtonian and shear-thinning fluids displacement in pipe.

For oil-water non-piston displacement flow, the fractional flow equation, oil/water front equation, pressure equation and production equation are put forward with solutions.

A theoretical model is developed to predict the steady stack-driven displacement flow and thermal stratification in the building, due to heat gains in the storey and solar gains in the atrium, and compared with the results of laboratory experiments.

And the optimization of the electrode structure was conducted to minimize displacement current flow and maximize dissipated power.

We also study displacement flows with shear-thinning fluids, over a more restrictive range of parameters.

In the present work, we experimentally study displacement flows of two Newtonian, miscible fluids in a long, vertical moving pipe while comparing the results with the corresponding displacement flows in a stationary pipe.

We present a new approach to the simulation of viscous fingering instabilities in incompressible, miscible displacement flows in porous media.

While the findings of this study can help understand the leading order effects associated with a flow geometry movement on displacement flows, they can be of great importance for industrial applications and for development of relevant fluid mechanics theories.