Sentence examples for method's capability from inspiring English sources

Numerical simulations demonstrate the proposed method's capability to distinguish healthy sections from possibly damaged sections on simplified 2D geometries.

The method's capability was evaluated by five-fold cross-validation on a dataset containing 81 non-redundant FMN-binding protein structures and further tested on independent datasets of 30 and 15 non-redundant protein structures respectively.

Using a high-purity germanium spectrometry system, collimated in situ measurements of large area sources buried in attenuating materials were performed in laboratory settings and demonstrated the method's capability to yield accurate depth information.

Several moving body problems test cases are simulated, including a three dimensional one, to demonstrate the new method's capability of computing stable pressure fields, even for coarse grids and small CFL numbers, which are known to increase the pressure oscillations.

A comparison of the numerical analysis against laboratory test results is provided, showing the method's capability in predicting the raking strength of the wall, despite the assumed reduced number of DoFs.

Finally, our most recent results in this area are presented which demonstrate the method's capability of solving unit cell problems with complex architectures in a variety of settings and applications, while revealing undocumented effects of interest in the development of new material microstructures with targeted response.

Above is a video clip showing off the new method's capabilities.

A simulation of Mach 3 flow over the logo of the Ubuntu Linux distribution is shown to demonstrate the method's capabilities for handling complex geometries.

Then, we consider recent augmentations of the intuitive logics method and evaluate whether these augmentations enhance the basic method's capabilities.

Detection depends on whether damage is external, internal, or both, and determines whether the method's capabilities are for solely internal damage.

We demonstrate the method's capabilities for solving compressible fluid solid systems (in the low Mach number limit), with phase change (melting/solidification), as motivated by applications in Additive Manufacturing (AM).