Sentence examples for model finite difference from inspiring English sources

1-D model, finite difference method FDM, thermal resistances technique and enthalpy method were applied to describe different façade solutions and transient thermal performance of PCM.

Predicted voltages for a uniform earth (homogeneous and isotropic) potential model (finite difference) were subtracted from each data set (for its respective current source location), and the voltage residuals superposed to create new data sets with greater measurement sensitivity and coverage, to aid in interpretation.

A wide range of mathematical and computational methods have been used to study these processes, including ordinary and partial differential equation systems, cellular automata and discrete, stochastic models, finite difference methods, finite element methods, the immersed boundary method, and various combinations of the above.

Some examples are demonstrated, whose solutions are compared with the vectorial wave modelling and finite difference modelling solutions whenever they are available.

Different models use different solution methods: some global models and almost all regional models use finite difference methods for all three spatial dimensions, while other global models and a few regional models use spectral methods for the horizontal dimensions and finite-difference methods in the vertical.

It is important to note, when creating a geomechanical model, the finite difference mesh used in the fluid flow simulation and the finite element mesh used for the stress analysis, are not coincident.

A two-dimensional heat transfer numerical model using finite difference method is established under steady-state conditions.

For illustration purposes, electromagnetic interference inside a telecommunication building is calculated using the newly proposed three-dimensional cell model and finite difference discretization technique.

The mathematical model uses finite difference method with upwinding scheme for discretization of the governing equations and Newton-Rhapson method for solving the equations.

Zhou et al. (2011) developed a three dimensional numerical model through finite difference method based on a real dewatering case during the construction of Xujiahui metro station in Shanghai.

Implementation of the simplified model using a finite difference model is presented and validated, with errors in predicted temperature rise of less than 5.4%.