Sentence examples for finite element simulation demonstrated from inspiring English sources

Finite element simulation demonstrated principal stress patterns similar to the observed cell-network pattern.

The finite element simulation demonstrates the closed-form solution's ability to predict postbuckling behavior with high computational efficiency.

Results of finite element simulations demonstrate the unique mechanical response of knit soft armor, and show qualitative agreement with ballistic experiments.

Our quantitative 3D image analysis and finite element simulations demonstrate that the strongly anisotropic tensile behavior of nickel foams is due to the cell anisotropy induced by the deformation of PU precursor during the electroplating and heat treatment stages of nickel foam processing.

The results of the finite element simulation show a discontinuity in the crack length, which is caused by the discretization.

The finite element simulations show that bone ingrowth will dramatically reduce stress concentrations around the pores.

Finally, finite element simulation results demonstrate the effectiveness of the system.

In this paper, we present closed form analytic expressions for prediction of the effective expansion, and consequent internal stressing, of the structure, as well as several finite element simulations that demonstrate the design performance under non-uniform thermal load.

The finite element simulation was utilized to demonstrate our theoretical model for that the experimental data reported in the literature were not rich enough to verify it.

The architecture assisting effect was attributed to the combined effect of increased surface area and efficient mass transport, which was demonstrated by finite element simulation.

It is demonstrated that finite element simulation with micromechanical-based phenomenological shear failure model can predict the fracture performance of defect-free bars and thus serves as an alternative to using non-standardised classical fracture mechanics specimens for bars' fracture performance prediction.