In this paper, based on the physically-based control design approach, an adaptive output-feedback power-level control is proposed for MHTGRs.
One hundred and four psychotic patients aged from 18 to 70 years old with no significant or unstable medical conditions, and physically healthy based on the physical examination, past medical history, and results of routine blood and urine tests, were invited to participate in the study.
Qualitative approaches are based on the judgment of those conducting the susceptibility or hazard assessment; the statistical approach uses a predictive function or index derived from a combination of weighted factors; and the deterministic, or physically based, models are based on the physical laws of conservation of mass, energy, and momentum.
The results are interpreted based on the more physically based cloud microphysics processes without the ambiguities of cumulus parameterizations.
Based on the proposed strategy, physically interpretable mass and stiffness matrices, as well as non-proportional damping matrix are estimated solely from the measured experimental data.
The new algorithm shows ability for identifying models with different orders based on using the physically tangible system step response.
Based on the analysis on the physically relevant region, we obtain five kinds of exact solutions.
Based on the bulk density, the physically favorable zones for agriculture are YZ, GZ and RZ in comparison to CRZ.
This paper proposes a mechanistic-based constitutive relationship of oxidative aging based on the evolution of a physically-based aging state variable.
Based on the experimental investigation, a physically based three-dimensional elastoplastic constitutive model for the finite deformation of glassy polymers is used to characterize the rate-temperature dependent yield and post-yield behavior of polycarbonate when subjected to tension loading.
