The considered ODF methods cover the different principles and methodologies introduced in Section 1 with the aim of exhaustively assessing the behavior of the proposed interactive methodologies with different analysis principles.
In the field of organizational behavior the interactive model of social identity formation has been recently proposed to explain the process by which the internalization of shared norms and values occurs, an element critical in identity formation.
In outdoor scenes of transposition, the traffic laws are used to estimate behaviors of the dynamic interactive systems, predict their future trajectory, and constrain the future location of the moving objects in uncertain environments.
Experimental investigations and numerical analysis were carried out to clarify the behavior of an interactive flow around two circular cylinders with different diameters.
The behavior of local overall interactive buckling is investigated in large deformation and elastoplastic range by using shell element provided by ANSYS.
Game theory has therefore played a prominent role in reflections on epistemic agency (the study of the behavior of interactive epistemic agents).
Yet, the smaller component cannot be ignored due to the interactive behavior of the two components.
Successively, based on the minimum amount of TFA necessary for completion of spectral changes at respective steps, the sensitivity and stability of OEP-DHBTh-LB to TFA were evaluated, from the viewpoint of the interactive behavior of the lone pair electrons on N atom in LB with the extended OEP constituent.
The main theme of the current work is focused on the interactive mechanical behavior of the metallic column and the composite jacket in the post yield of the nonlinear domain of the stainless-steel column.
To understand such interactive behavior of the carbon cycle and climate, Friedlingstein et al. ([2003]) proposed a simple mathematical expression to link carbon balance and environmental changes: Δ C L, O = β L, O Δ C A + γ L, O Δ T (2).
