Sentence examples for evaluations of engineering from inspiring English sources

Evaluations of engineering practice are carried through with hydrogeological data of six mining faces in China.

A computer-based procedure for multiaxial fatigue life assessment incorporating critical plane multiaxial damage models, suitable for use in design evaluations of engineering components based on finite element analysis results, is presented and applied to correlate results from tests conducted on SAE 1045 steel notched shaft specimens.

Due to their local expansion and considerable differences from terrigenous soils, the evaluation of engineering behaviors of calcareous sediments has been a major concern for geotechnical engineers in recent years.

The setting of these parameters allows the thermodynamic evaluation of engineering heating practices in separate locations.

These results will be useful for the reliable design and strength evaluation of engineering structures with complex notch shapes.

In this work we review the reduced basis (RB) approximation and a posteriori error estimation methods for the rapid and reliable evaluation of engineering outputs associated with elliptic and parabolic parametrized partial differential equations (PDEs).

The UGF technique is proved to be very convenient for numerical realization and requires small computational resources [9, 10, 11] for performance and reliability evaluation of engineering systems [9].

The introduced methodology illustrates how the analysis of human information processes and psychological experiments can contribute to the evaluation of engineering applications.

This paper proposes an approach to the choice and evaluation of engineering models with the aid of a typical application in geotechnics.

The evaluation of engineering and geological conditions gets the ability to build the planned buildings on the site and the ability to select the carrier layer base.

Implementation of performance-based earthquake engineering necessitates the probabilistic evaluation of engineering demand parameters that can be related to variables, such as monetary losses, on which quantitative seismic performance assessment can be based.