Sentence examples for the steady problem from inspiring English sources

In the present study we propose an original approach to solve the steady problem.

We plot the streamlines of velocity for the steady problem and the time-dependent problem at final time (t=6.31) in Figure 7 and Figure 8, respectively.

However, we find that the solutions of the time-dependent problem can converge to the solutions of the steady problem. Figure 5 Horizontal velocity (pmb{u_{1}}) near reentrant corner ( (pmb{x=4.0625}) ).

The mark 'o' indicates results for the steady problem and '+' indicates results for the time-dependent problem at final time (t=6.31) with time step (triangle t=0.01) and ((P_{1}b,P_{1},P_{1}dc)) element.

An inexact-Newton method was used to solve the coupled nonlinear elliptic equations for the steady problems; while an Adams Bashforth Crank Nicolson method was devised for time integration for the unsteady electrodiffusion.

This transformation has no counterpart in the corresponding steady problem.

We investigate both the early "filling" problem of the beam starting to move away from the spacecraft and the steady state problem where the beam encounters a wall at an infinite distance from the spacecraft.

The steady state problem for flow in a channel is considered.

The one previous analytical solution to the steady sparging problem in a homogeneous soil was in the boundary-layer approximation that neglects the vertical capillary pressure gradient.

We show that the convergence of both projection methods is controlled by the ability of the spectral framework to approximate correctly the steady Stokes problem.

A stable numerical solution of the steady Stokes problem requires compatibility between the choice of velocity and pressure approximation that has traditionally proven problematic for meshless methods.