Sentence examples for coordinates is solved from inspiring English sources

The Poisson Boltzmann equation in cylindrical coordinates is solved by using the network simulation method.

The nonlinear algebraic system resulting from the simultaneous discretization of both spatial and temporal coordinates is solved using the gPROMS software.

The governing equations in the axisymmetric cylindrical coordinates are solved using the commercial CFD code, FLUENT.

The linearized stability equations in cylindrical coordinates are solved using the method and eigenvalues obtained by employing the QZ routine.

The Navier Stokes equations in spherical coordinates are solved on body-fitted spherical polar grids attached to the moving spheres.

These grids are overset on a fixed Cartesian background grid, where the Navier Stokes equations in Cartesian coordinates are solved.

The governing equations and the associated boundary conditions expressed in terms of bipolar spherical coordinates are solved by an orthogonal collocation method.

The transformed time-independent problem in spatial coordinate is solved numerically by Gauss elimination.

A high resolution finite volume scheme is applied to solve the model in the crystal size coordinate, while an ODE-system in the time coordinate is solved by a fourth order Runge-Kutta method.

The resulting semi-discretized equations constitute a boundary value problem in the vertical coordinate which is solved by decoupling growing and decaying solutions.

A temperature function that identically satisfies thermal boundary conditions at the edges and the Laplace transformation technique are used to reduce equations governing the transient heat conduction to an ordinary differential equation (ODE) in the thickness coordinate which is solved by the power series method.