Sentence examples for finite element implementation using from inspiring English sources

Step-by-Step tutorials of finite element implementation using COMSOL Multiphysics ® are provided for the first two cases.

We benchmark the developed model using a finite element implementation and compare the model predictions to the results two different nanoindentation tests.

For validation we use a direct comparison between averaged results from our micro-scale beam model and a finite element implementation of the Cosserat continuum that uses the material parameters of Fig. 4, averaged over all loading modes and system sizes.

In particular the simulations aim to reproduce fully developed thermal and velocity profiles by using a standard finite element implementation of the Navier Stokes equations coupled with the energy and momentum turbulence models.

The overall behavior is obtained from the solution of basic cell problems posed on the three-dimensional period of the structure and solved using three-dimensional finite element implementation.

We describe our finite element implementation of this model, allowing the use of unstructured grids, and its coupling with a PIC method for the particles.

A finite element implementation of the model is validated via MD simulations and then used to investigate the existence of GO representative volume elements (RVE).

Examples of their finite element implementation in design are presented.

Finite element implementations of the most commonly used versions of gradient elasticity are discussed together with the variationally consistent boundary conditions.

Large scale matrix-free finite element implementations save memory and are often significantly faster than implementations using classical sparse matrix techniques.

We present the governing equations for the electromechanically coupled behavior of dielectric elastomers in a thermodynamic framework and discuss the attendant finite-element formulation and implementation, using a commercial finite-element code.