Exact(1)
Also, our method is validated by comparing modal solutions with prior experimental and analytical studies.
Similar(59)
To validate the proposed energy flow model for FG beams, the results from the energy flow model are compared with modal solutions for different physical parameters, and both good correlations and accuracy are observed.
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.
The EFA results are compared with the modal solutions for various frequencies and damping loss factors, and good correlations are observed.
The accuracy of the method has been analysed indirectly, by comparison with known modal solutions of rectangular plates, and directly, by assessing the boundary error.
The modal solutions to the network are derived analytically.
The static solution agrees with a modal solution adopting the dynamic Mindlin's plate equations in the limit when excitation frequency vanishes.
The ability of GA to simultaneously search different regions of a solution space makes it possible to find a diverse set of solutions for difficult problems with non-convex, discontinuous, and multi-modal solutions spaces.
Finally, the FTGF solution to these frequency response functions is compared with the modal analysis solution along with experimental data for validation.
Discuss solutions with them!
Modal method solutions for the time response of container sloshing due to lateral harmonic oscillations show a good agreement with experimental and numerical results reported in the literature.
Write better and faster with AI suggestions while staying true to your unique style.
Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com