Sentence examples for numerical methods that from inspiring English sources

The high cost of experimental tests and limitations in the number of geometrical and mechanical parameters, in addition to advances in numerical methods that provide the ability to simulate complicated structures with numerous parameters, make the finite element method an attractive device for modeling the behavior of structural connections in fire.

Thusly motivated, we discuss in this article new numerical methods that are designed to accurately characterize the Alfven wave numerically in the rarefied environment of black hole magnetosphere.

The numerical methods that are used to address these issues are different from the methods described.

The WGFEMs are new numerical methods that rely on the novel concept of discrete weak gradients.

Asymptotic-preserving (AP) schemes are numerical methods that are efficient in these asymptotic regimes.

It is challenging to design numerical methods that can efficiently handle both difficulties.

To solve it, numerical methods that need to be conservative, stable, accurate and efficient, are required.

This equivalence allows the application of powerful numerical methods that provide robust practical tools for model development and validation.

This paper studies numerical methods that are used to treat ordinary differential equations arising in extended Kalman filtering algorithms.

This demands robust numerical methods that can efficiently achieve high resolution and accuracy, especially in three dimensions.

Simulations that demonstrate these implications are presented, with a description of the numerical methods that were used to obtain them.