Experiments indicate that for close natural frequencies, the corresponding modal dampings are essentially different, consequently, the damping properties of the 3-DoF model can properly be modelled by non-proportional damping only.
The transient simulation results show that the model can properly predict the steam generator dynamics.
In spite of slight overprediction, C-CNT model can properly predict the adsorption of methane in some real NPCs.
The results of this research show that presented model can properly characterize rutting behavior of glasphalt mixtures.
The transient results show that the model can properly predict the reactor dynamics and can serve as the basis for the model-based control system design.
The viscoelastic behavior of the adhesive layer affects stress concentration near the edges of a joint at early ages, suggesting that the present model can properly capture the stress relaxation in adhesively bonded joints with FG adherends.
Evaluation results indicate that the proposed black-hole attack can significantly downgrade communication performance, and the proposed model can properly model the effects of malicious nodes on OR protocols.
The results show that the fourth-order reduced model can properly capture the input-output dynamics of a complete MMC and significantly reduce the computational cost of large-scale power system simulations with multiple ac/dc converter stations.
In [31], this Rice fadings model can properly describe the phenomena of the channel fadings, time-delay, and date dropout, therefore the fadings model can be employed in this paper for the design of the (H_{infty}) fuzzy output-feedback controller of the discrete-time fuzzy system.
However, from inverse modeling of saturated hydraulic conductivities of plow pan (mean of 0.68 cm d−1 in AWD plots and 0.54 cm d−1 in CFI plots), the HYDRUS-1D model can properly simulate the water flow in multi-layer paddy soil flow, where the plow pan plays an important role in determining the vertical pressure head distribution.
