Sentence examples for displacement flows from inspiring English sources

(Liu et al. 2014) Open image in new window Fig. 7 Simulation results in miscible displacement flows.

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.

Song et al. (2014) also analysed the in situ mixing zone performance of CO2-oil miscible displacement flows in a sand pack using MRI.

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

Overall, our buoyant displacement flows in a moving pipe are at least controlled by three dimensionless groups, namely the Reynolds number, the densimetric Froude number, and the Rossby number.

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

The application of nanosuspension in their study permitted significant increase in the efficiency of oil displacement flow rate.

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

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.

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.