Sentence examples for three dimensional problems from inspiring English sources

For three dimensional problems with numerous facies, the large size template cannot be used.

The current paper considers the extension of Ruiz criterion for assessing fretting fatigue damage parameter for three dimensional problems.

FFDP evaluation using maximum principal-shear stress approach is observed to be more appropriate for three dimensional problems.

Using axis-symmetric properties, many three dimensional problems can be solved efficiently using two dimensional axis-symmetric coordinates.

The formulation has much in common with those in three dimensional problems while time is taken as the third axis.

The method is described in two spatial dimensions but can be extended to three dimensional problems as well.

We focus on the analysis of various implicit time schemes for two and three dimensional problems.

Numerical computations for two and three dimensional problems illustrate the applicability and efficiency of the numerical method.

To demonstrate the performance of the method, some examples of two and three dimensional problems are presented.

Implementations of the method are tested on several difficult two- and three-dimensional problems, including two incompressible air/water flow problems with available experimental results.

Advantages and limitations in the case of two and three-dimensional problems are highlighted in that section.