Most of the model parameters involved in the prediction of reactor behavior are uncertain.
The model parameters, involving the transformation kinetics, are identified based on experimental tensile tests performed at different temperatures.
Such missing information was recently calculated with the nuclear data code CONRAD by determining the covariances between the model parameters involved in LEAPR.
Accordingly, the interactions between liquid and the packed bed, and liquid and gas have been experimentally investigated and then were used to determined the model parameters involved in the model.
Important 1D model input parameters involve the burial depths, thickness of the strata, erosion thickness and time, lithologies, kerogen types and kinetics, and further geochemical parameters such as the initial %TOC and HI (Table 6).
Similarly, the T/D model parameters extraction involves the curves fitting and further optimization based on the GA.
Extending oceanographic forecasting models beyond dynamics to ecological parameters involves simulation of concentrations of suspended particulate matter (SPM).
Several model parameters are involved in the study, including two alloys, three angles with respect to the extrusion direction, two thicknesses and two tensile test coupon sizes.
The experimental results and their treatment by the developed model showed that the electrolyte concentration generally affects parameters such as the weight and porosity of the film, the pore base hemispherical surface area, the time at which the pore external diameter approaches cell width, the time interval in which the model applies, the parameters involved in the developed kinetic model, etc.
In the case of interactions selected for the models, all the parameters involved in the interactions were also kept.
