Sentence examples for by solving the fluid from inspiring English sources

In this work, the level set approach was adopted to capture the interface, and unsteady mass transfer during drop formation was formulated and numerically simulated in an axisymmetric cylindrical coordinate system by solving the fluid motion coupled with mass transfer equations.

Careful numerical investigations are carried out by solving the coupled computational fluid dynamic equations.

In this study, the author tries to explore numerically the effect of transverse pitch by solving the mathematical equations of the fluid flow and the energy.

DEM is employed to model the granular particle phase while classical CFD is used to simulate the fluid flow by solving the Volume Averaged Navier-Stokes (VANS) equations.

DEM is employed to model the granular particle system, whilst the CFD is used to simulate the fluid flow by solving the locally averaged Navier Stokes equation.

Thermal profiles generated during plasma spraying of Al2O3 on the graphite mandrel for various mandrel designs and cooling conditions were computed by solving the conjugate problem of computational fluid dynamics and 3D unsteady heat transfer.

Natural slosh modes/frequencies, hydrodynamic coefficients and Stokes-Joukowski potential associated with the multimodal model are then obtained by solving the eigenvalue problem of free fluid sloshing using a higher order boundary element method.

The distributions of temperature on the cathode/current collector interface, current density, power density, water vapor concentration in the anode flow channel and and velocity for the fuel cell were simulated by solving the model using the computational fluid dynamics (CFD) technique.

The new modeling approach describes the small-scale segregation of fluid by solving the transport equations of mixture fraction and its variance based on the simulated macro-flow, and calculates the representative turbulence kinetic energy and dissipation in the reaction zone via the weighted average of mixture-fraction variance for the E-model.

The unsteady motion of the interface separating two immiscible fluids is followed by solving the Navier Stokes equations for incompressible and Newtonian fluids in axisymmetric cylindrical coordinates with a Front-Tracking method.

An Eulerian multi-fluid approach was employed by solving the population balance equation coupled with computational fluid dynamics.