Sentence examples for behavior of these models from inspiring English sources
The similar dynamic behavior of these models is highlighted by comparative analysis of seismic outputs of three storey building equipped by Buckling Restrained Axial Dampers.
To compare the behavior of these models, different levels of compressive strength were considered through the use of different coarse aggregate types, different W/C ratios and different cement contents.
To illustrate the behavior of these models, laboratory data measuring the time series of wave run-up on a vertical column of a TLP structure and wave crests interacting in close proximity with an offshore platform are utilized.
The behavior of these models has been traditionally considered on a deterministic continuous-time (DCT) formulation whose validity is justified under some hypotheses on the specific asymptotic behavior of the learning gain.
The objectives of this paper are to analyze the behavior of these turnover models from a mathematical/analytical point of view and to make simulations with different parameter settings and dosing regimens in order to highlight the intrinsic behavior of these models and draw some general conclusions.
We demonstrate an algorithm that can facilitate the understanding of the behavior of these models with regards to susceptibility (to allergic airway inflammation) (Saai) or resistance (Raai) in this model.
The interfacial behavior of these model amyloid peptides at the metal|aqueous solution interface was studied by voltammetric and CPS analysis.
To understand the different behavior of these two models, one has to distinguish two model violations, heterogeneity of the substitution process across sites and over time.
The behavior of these connection models is investigated under cyclic loading by using finite element method.
Making use of the Perron-Frobenius theorem, the La Salle invariance principle, and the Lyapunov function analysis method, we obtain the theoretical results describing the dynamical behavior of these epidemic models.
