Sentence examples for finite element evaluations from inspiring English sources

Finite element evaluations of the mechanical behavior match well with experimental findings and are used as a quantitative basis to discuss design characteristics of the different devices.

The biomechanical evidence of finite element evaluations combined with clinical evidence will distinguish between the indications for plate or screw fixation in vertically unstable posterior pelvic fractures.

Biomechanical evidence of finite element evaluations combined with clinical evidence will contribute to our ability to distinguish between indications that require plate or screw fixation for vertical sacral fractures.

Moreover, the accuracy of finite element evaluation is another key issue for the optimization.

A finite element evaluation of the effect of cubic elasticity on the stress distribution at the free surface of three-dimesional polycrystals is presented.

This leads to the requirement of finite element evaluation of energy release rates, based on the principles of linear elastic fracture mechanics.

A discretization error estimator for the finite element evaluation of the strain energy release rates (SERRs) GI, GII is presented for mixed-mode bidimensional problems of the linear elastic fracture mechanics (LEFM).

A finite element evaluation of local stresses in the adhesive and adherends is presented for a tongue-and-groove joint of a homogenized thick composite laminate to steel plate.

Numerical results demonstrate that the number of finite-element evaluations, which are computationally expensive, is greatly reduced, even in the pre-asymptotic region of the optimization process.

Finite-element evaluations of the internal stresses in laminates, joined in both the conventional lap method and the new manner, suggest that the proposed load-transfer mechanism may improve joint efficiency by substantially increasing the size of adhesively bonded areas, and by making the stresses in the adherends nearly uniform through the thickness of the laminate.

In this research stress distribution in the collector body at different operation condition of WWER-1000 nuclear power plant was analyzed and the collector stability has been investigated by analytical fracture mechanics and finite element method evaluations.