The quantitative values of all model parameters including characteristic diameter and uniformity parameter are presented.
All model parameters (including texture) are identified from mechanical experiments using a special optimization procedure.
It provided information on model parameters, including standard deviation and 95% confidence intervals.
We present a nonlinear programming approach for efficient estimation of model parameters, including seasonal transmission profiles.
Fifteen model parameters, including ram speed, billet and tool temperatures, friction coefficients and heat transfer coefficients, were considered.
Other model parameters (including photosynthesis vs. light curve, leaf size, and leaf shape) were obtained directly from live beech saplings.
Subsequently, the effects of some important model parameters including solid stresses, wall corrections and filter size on the flow behaviors were also investigated numerically.
The strength of the inverse relationship was influenced by model parameters, including the rate at which dispersers settle to the benthos.
The MFPD model parameters including the pore diffusion coefficient (Dp), external mass-transfer coefficient (kf), and the axial dispersion (DL) were estimated.
Furthermore, the relations between the mixed-mode TSIFs and model parameters including material constants as well as locations of the inclusion are established.
All necessary model parameters, including cell migration coefficient, cell cycle times and tear concentrations of EGF after wounding, were determined independently using in vitro and in vivo techniques.
