Sentence examples for model incorporating nonlinear from inspiring English sources

In this paper, a logistic model incorporating nonlinear impulsive Holling type-II harvesting is proposed and studied.

A systematic approach is developed to extract media noise statistics from micromagnetic modeling and generate readback pulses based on a fast microtrack model incorporating nonlinear effects.

The proposed dynamical model incorporates nonlinear accelerations from an artificial potential field, in order to perform evasive maneuvers during proximity operations.

This paper discusses the development of a finite element model, which incorporates nonlinear material modelling and nonlinear geometry to predict the load deflection behaviour, stiffness, ultimate moment capacity and strain distribution of FRP plate reinforced glued laminated timber beams manufactured from mechanically stress graded spruce.

The model incorporates the nonlinear geometric characteristics of a single lap joint under tensile loading and allows for the analysis of various adhesive Young׳s modulus variations.

The generalised linear model incorporates the nonlinear relationship between dependent and independent variables through the link function, and as shown in Model 1, the coefficient of the KIDSCREEN-10 index was statistically significant (P < 0.05) whilst the squared term was insignificant and not included.> -wrap-foot> †Heteroskedasticity robust standard errors (SE).

Therefore, the hypothesis we made on the modeling of the threshold variability for the IF model is appropriate as is confirmed by using more realistic neuron models, such as the FHN model (which incorporates nonlinear excitability properties).

The complex cracking phenomenon of the resulting RC-UHPFRC composite system is carried out by a numerical model incorporating the real nonlinear materials laws, in order to predict accurately the mechanical behaviour.

When compared to the "exact" model that incorporates nonlinear slabs, the two-way grid beam model produces acceptable results when comparing axial forces under gravity loads, however the errors in peak displacements range from 10to25%5 % (in the region of the missing column lines) and even larger errors are noted in predicting shear forces in the beams.

The solution is based on a state-dependent model that incorporates nonlinear characteristics of the system.

We propose a one-parameter model that incorporates nonlinear probability weighting and a modified version of joy of winning, which we call Constant Winning Aspirations (CWA), and show that it neatly organizes all of our results.