Sentence examples for admissible fields from inspiring English sources

Such yielding is only beneficial in case of three-dimensional and continuous velocity fields, and therefore a numerical procedure that generates relevant kinematically admissible fields for classical upper bound calculation is suggested.

These adaptive strategies are based on a technique of error in constitutive relation and adapted techniques of construction of admissible fields (the process could be used with other error estimators) and an efficient adaptive technique which automatically takes account the steep gradient areas.

Energy principle is formulated to describe the vibro-acoustic dynamics of such 3-D panel cavity duct silencing system, with the admissible field functions constructed as the superposition of standard Fourier series and the auxiliary edge/interface smoothed terms.

The framework uses orthogonal curvilinear coordinates and allows derivation of kinematically admissible velocity fields with new streamline shapes, including derivation of new plane but nonplane-strain fields and new radial but nonaxisymmetric fields.

An additive set of kinematically admissible displacement fields with unknown coefficients is used to describe the plate displacement field.

The approach invokes a lower bound analysis whereby plastically admissible stress fields are constructed in the constituents involved, subject to periodic boundary conditions and static equilibrium requirements.

It follows that a collapse load for a combination of two arbitrary kinematically admissible velocity fields can be calculated as a weighted average of the two collapse loads calculated from the separate fields.

For such geometries kinematically admissible velocity fields were obtained.

New kinematically admissible velocity fields are proposed for SE (B) and C (T) specimens.

Owing to the different physical character of these deforming zones two different kinds of admissible velocity fields have been obtained for each of the deforming zones.

Choi and Choi (1998) also modeled a new tooth profile to obtain a more practical method to analyze the kinematically admissible velocity fields in external spur gear forging.