Sentence examples for analytical verifications from inspiring English sources

The analytical verifications developed and reviewed here allow critical assessment of the advantages and limitations of 2D and 3D-DDA, can be used as benchmark tests for attempted modifications to the original DDA code, for calibration of input numerical control parameters, and for quantitative and meaningful comparison with other numerical discrete element methods.

Both numerical and analytical verification are presented in "Numerical and analytical verification", while the experimental validation is presented in "Experimental validation".

An increase in CO tolerance limit is expected to reduce the analytical verification cost (quality control).

Analytical verification, simulation, and additional proof-of-principle applications support our approach.

Overall, the application via a test solution and its analytical verification is recommended by the OECD 208 test guideline.

Validation of building energy simulation programs consists of a combination of empirical validation, analytical verification, and comparative analysis techniques.

The chosen suite of analytical verification cases range from a simple steady diffusion system to a traveling viscous vortex across mixed-order non-conformal interfaces.

This study shows the procedure used to verify and validate the PCM model in EnergyPlus using a similar approach as dictated by ASHRAE Standard 140, which consists of analytical verification, comparative testing, and empirical validation.

The functions of these new engineering designs are proved by analytical verification and experimental validation of the designed stiffness of such a hybrid isolator, and also by shock adaptability testing of the hybrid isolator.

The analytical verification indicates that both the semi and full versions of the MacCormack schemes exhibit robust numerical stability and are more computationally efficient than the conventional explicit linear scheme.

An analytical verification and comparative diagnostic procedure was developed to test the ability of whole-building simulation programs to model the performance of unitary space-cooling equipment that is typically modeled using manufacturer design data presented as empirically derived performance maps.