Sentence examples for equation implemented from inspiring English sources
The study did not specify details on the interporosity flow equation implemented in the simulator.
The experimental results are compared to the simulations from the constitutive equation implemented in a finite element code.
The widely-tested steady-state Hooghoudt (ssH) equation, implemented in the Root Zone Water Quality Model (RZWQM2, version 2.94.00), serves in simulating subsurface drainage.
The heat capacity equation implemented in CHNOSZ for these species contains up to six terms, as used in Ref. [34]; the first three terms are those in the Maier-Kelley equation [35, 36] which is used in the SUPCRT92 package.
Momentum and mass conservation in the creeping flow limit are solved along with the upper convected maxwell constitutive equation implemented via the DEVSS-G method to determine the coalescence rate and shape of two touching spheres of equal size.
In order to understand the mechanism of the current density distribution in this lateral direction, and for the better future design of a PEM fuel cell with higher performance, we construct a three-dimensional CFD model with electrochemical active area (ECA) equation implemented, while the ECA distribution is directly from previous research.
The differential equations implemented in DCS need to be discretized.
Nevertheless, we change the processing equations implemented in these processing cells with the equations of the square root version of the Givens algorithm in [33].
A numerical study of second harmonic generation (SHG) in one-dimensional nonlinear photonic crystals based on full nonlinear system of equations, implemented by a combination of the method of finite elements and fixed-point iterations, is reported.
In the meantime, the computational speed is 1500-fold fasthanthat that of the traditional transient simulation of Computational Fluid Dynamics (CFD) based on Navier-Stokes equations implemented on 16 CPU cores.
Self-organized generation of transverse waves associated with the transverse wave instabilities at a diverging cylindrical detonation front was numerically studied by solving two-dimensional Euler equations implemented with an improved two-step chemical kinetic model.
