Sentence examples for boundary condition formulation for from inspiring English sources

This study is unique in its application of Navier Stokes set of equations with a secondary slip wall boundary condition formulation for non-isothermal domains.

A mixed boundary condition formulation is presented to account for the initial influx of nitrogen at the surface until a saturation level is reached.

Despite the critical importance of resolving flow at or near domain boundaries, boundary condition formulations are often implemented in an ad hoc fashion.

This paper presents a Neumann-type vorticity boundary condition for the vorticity formulation of the Navier-Stokes equations.

For such boundary conditions, analytic formulation of characteristic equations was possible.

This paper discusses three basic issues related to the design of finite difference schemes forunsteadyviscous incompressible flows using vorticity formulations: the boundary condition for vorticity, an efficient time-stepping procedure, and the relation between these schemes and the ones based on velocity pressure formulation.

For generality, better accuracy and ease in imposition of geometric boundary condition for the oblique edges, the Ritz formulation was non-dimensionalized and cast in the skew co-ordinates system.

We describe the implementation of optimal local radiation boundary condition sequences for second order finite difference approximations to Maxwell's equations and the scalar wave equation using the double absorbing boundary formulation.

The state-of-the-art of models for predicting axial, torsional and bending vibrations (uncoupled and coupled), boundary condition assumptions, equation formulation methods, and applications to vibration mitigation is reviewed.

We present a new formulation of the multipolar expansion of an exact boundary condition for the wave equation, which is truncated at the quadrupolar order.

We design a discrete artificial boundary condition for the steady incompressible Navier-Stokes equations in stream function vorticity formulation in an infinite channel.