Sentence examples for model numerical analyses from inspiring English sources

To validate the feasibility of the proposed SMA damper model, numerical analyses of the damper under sine wave excitations were conducted by programming in the Matlab/Simulink environment.

With the main purpose to validate the proposed model, numerical analyses are preliminary presented in the paper with reference to experimental bond tests on masonry samples with concave and convex substrate configurations strengthened by glass FRP strips.

To verify the validity and accuracy of the model, numerical analyses are performed for the case where a finite rectangular plate is excited by a harmonic point force, and the calculated results expressed with the energy levels are compared with classical modal solutions by changing the frequency and the damping loss factor of the plate.

These factors are derived based on results of analytical models, numerical analyses, as well as actual loading tests, but there appears to be scant experimental data to gauge their accuracy, particularly beyond the elastic limit state.

In order to validate the reliability of the numerical model, two numerical analyses of the CTEST20 column (Crawford et al. 2012) and B40 beam (Magnusson et al. 2010a) under blast loading are conducted and the numerical results are compared with experimental data.

To verify the developed energy flow model, various numerical analyses are performed for a simple plate and a coupled plate for several excitation frequencies.

There are numerous studies regarding power split models or numerical analyses including state variable choice and model variants.

These methods are mainly based on results from small scale models and numerical analyses.

In addition, the implementation of the resulting equations into fully hydro-mechanical models for numerical analyses is straightforward.

To verify the accuracy of the developed energy flow models, various numerical analyses are performed for a rod and coupled rods.

Through theoretical modeling and numerical analyses, it is revealed that pre-stretch helps to reduce the drive voltage required to induce a desired bending deformation, and when the pre-stretch is comparatively large, there exists a pre-stretch dependent optimum thickness ratio so that the drive voltage is minimized.