Sentence examples for by performing finite elements from inspiring English sources

A simplified 3-D model of the blackbody including a radiator, heat sink, heat shield, cold shield, and heat source was thermophysically evaluated by performing finite elements analysis using the extended Stefan Boltzmann's rule, and the infrared radiating performance of the developed system was analyzed using an infrared camera system.

This paper shows how the ITER like monoblocks and its U-shaped attachments technology are integrated into the WEST divertor by performing finite element analysis.

The energy absorption ability of the novel foam is explored by performing finite element simulations of physical impact tests on flat specimens of the functionally graded foam materials.

The transgranular failure mechanism is elucidated by performing finite element simulations that incorporate a cohesive zone along the film/substrate interface.

It has been clearly shown in this research that the mechanical behavior of crimped composite insulators can be evaluated by performing finite element computations considering the actual crimping deformations and the geometrical and physical properties of the insulator end.

Under the help of the model, it is predicted that the property of system stiffness distributes within the given workspace, which features symmetry about a certain plane and is also verified by performing finite element analysis of the virtual prototype.

Furthermore, the validity of the design results is confirmed by performing finite element model analysis by means of ANSYS software, which shows that the design thickness is secure enough when the pressure vessel works in 3000 m ultra-deep seawater regions.

The supporting shaft structure is isolated either from the ground or from the vessel mounted on top by means of seismic isolators and the effect of such modification on dynamic response of conical elevated water tanks is investigated by performing finite element (FE) time-history analyses on various tank-pedestal models.

The proposed model is calibrated by performing finite-element (FE) simulations on an experimentally studied Ti 6Al 4V alloy.

Relationship between cumulative fracture probability and applied stress was investigated by applying Weibull statistics and performing finite element method (FEM) simulation.

Critical zone size was calculated by performing the finite element analysis on a single lap joint with known failure load.