Sentence examples for steady channel from inspiring English sources

We verify the tracking algorithm with numerical tests on a steady channel flow and an unsteady backward-facing step flow.

The problem of mass transfer at a microdisc electrodes placed in a parabolic steady channel flow is considered.

The lift force is produced by the velocity gradient near the wall, in the same way as the inertial lift forces found in steady channel flow.

The goal of the underwriting process is to provide a steady channel for companies to go public, and a vetting procedure to determine whether a company is ready to do so.

(2) The general relationship between the wall resistance and the mechanical energy loss for the steady channel flow is obtained, the simplified form of which for the steady uniform channel flow is in consistent with the formula used in Hydraulics deduced by π theorem and dimensional analysis.

(3) The steady channel flow over a backward facing step with a small expansion ratio is numerically simulated, and the mechanical energy loss, the wall resistance as well as the relationship between the wall resistance and the mechanical energy loss are calculated and analyzed.

Experiments were designed to preserve the molecular orientation state, representative of steady, isothermal channel flow in the solid samples, so that comparisons could be made against in situ channel flow measurements on other main chain thermotropes without flexible spacers, including a commercial fully aromatic copolyster.

A method for dealing with source terms, such as those introduced by modelling bed slope and friction, is also suggested and results are presented for two-dimensional steady state channel flows to illustrate the accuracy and robustness of the new algorithms.

The applicability and accuracy of the present boundary treatments are examined with several numerical tests for which analytical solutions are available, including the 2-dimensional (2-D) steady-state channel flow, the 1-D transient heat conduction in an inclined semi-infinite solid, the 2-D steady-state and transient heat conduction inside a circle and the 3-D steady-state circular pipe flow.

By employing fully developed flow assumptions an analytic solution for steady 2D-channel flow is found.

In this work steady-state channel cracking in inelastic thin-film bilayers undergoing large-scale yielding from thermal or mechanical loading is studied with the aid of a plane-strain FEA.