Sentence examples for by solving the conservation from inspiring English sources

In principal, Eulerian microscale models by solving the conservation equations for mass, momentum, and energy, are thus able to simulate effects such as buoyancy etc. properly.

The numerical simulation of the transient regime was performed by solving the conservation equations, for one-dimensional isentropic compressible flow, using the characteristics method of specified time intervals.

A numerical analysis of the forced-air cooling process of retail packages of strawberries was performed by solving the conservation equations of mass, momentum and energy within the system.

This study focuses on the analysis of fully coupled two-way interactions between a disturbance field and a laminar premixed flame that incorporates gas expansion effects by solving the conservation equations of a compressible fluid.

A multi-zone framework is established to predict the burning properties and flame structure by solving the conservation equations in each zone and enforcing the mass and energy continuities at the interfacial boundaries.

The numerical simulations were conducted by solving the conservation equations of mass, momentum, energy, and species along the stagnation streamline by using detailed description of chemical kinetics, molecular transport, and thermal radiation.

The nonlinear effects of the fully coupled two-way interactions between a disturbance field defined by an amplitude variation of the inflow velocity distribution and a laminar premixed flame incorporating gas expansion effects are investigated by numerically solving the conservation equations of a compressible fluid.

We apply the method of operator splitting on the generalized Korteweg--de Vries (KdV) equation ut+f u x+ϵuxxx=0, by solving the nonlinear conservation law ut+f u x=0 and the linear dispersive equation ut+ϵuxxx=0 sequentially.

The trajectories of the particles in conical spouted beds are determined from the vertical component of velocity measured by means of an optical fibre probe and from the horizontal component of velocity calculated by solving the mass conservation equations for the solid in differential volume elements in spout and annular zones.

Discrimination of kinetic equations and calculation of the parameters of best fit have been carried out by solving the mass conservation equations of the individual components of the kinetic scheme together with the kinetic equation for deactivation and taking into account the effect of water on the kinetics of each step.

The thermodynamic behaviors analysis for the transient flow of a compressible gas in a duct after an accidental rupture is undertaken based on the numerical simulation, which is performed by solving the coupled conservation equations, momentum equations and energy equations of an axisymmetric, transient, viscous flow.