Sentence examples for model solved with from inspiring English sources
The conductance-based Hodgkin–Huxley model solved with the Euler method was used to investigate the influence of Na+/K+ conductance changes during development on AP properties in response to current injections39.
The initial transient during directional solidification of an Al 4 wt.% Cu alloy was simulated by a quantitative phase-field model solved with the adaptive finite element method.
Extensive numerical experiments show that the proposed approach can achieve optimal or nearly optimal solutions for all test cases; such performance is much better than what can be obtained from an IP model solved with ILOG CPLEX.
Soot inception and subsequent aggregation, surface growth and oxidation are described through a new pseudo-bivariate population balance model solved with the direct quadrature method of moments (DQMOM) and implemented in a commercial computational fluid dynamics (CFD) code.
Then mathematical model solved with GAMS optimizing software and CPLEX solver for two different numerical instances.
Zhou et al. [18] formulated the dynamic OD estimation problem as a single level nonlinear optimization model, solved with a relaxation algorithm of the lagrangian extension of the original one, taking into account route choice in order to work in the path- flow dimension.
The most important features of this software are the high speed of model solving with many variables and construction.
Here, we extend that work by presenting and demonstrating a method of directly integrating a reactive transport model (FORTRAN code) with constraint-based in silico models solved with IBM ILOG CPLEX linear optimizer base system (C library).
Based on the results, it was identified that axial mixing in this column can be best described using the back flow and the dispersion models solved with "closed closed" boundary conditions.
The order of the SNPs in which they were handled, was permuted every 10th iteration to speed up convergence in the BLUP models and to improve mixing in the Bayesian models solved with Gibbs sampling.
Then, considering the disciplinary coupling between the dynamic model and the lubrication models, the stiff and nonlinear tribodynamic model is solved with the modified extended backward differentiation formulae (MEBDF).
