To validate our theoretical model, we simulated the works in Network Simulator NS-2 (release v2.31).
Using this model, we simulated soil development in a landscape.
The outcomes further indicate that the model we simulated are correct.
Using the relaxation model, we simulated numerically the time evolution of a rapid axisymmetric contraction.
By using the model, we simulated variations of flame propagation velocity during operation of oxy-fuel fired plants.
To validate the LB model, we simulated the fusion of multicellular cylinders in a contiguous, hexagonal arrangement.
Therefore, to show potential applications of the model, we simulated floodplain habitat degradation and five different management scenarios.
Then by using the best learned model, we simulated the 2000 and 2006 maps and evaluated the results using the same accuracy assessment factors.
Using this numerical model, we simulated the defect size and SDAS depending on the solidification time, the fatigue limit is simulated using the improved criterion.
With the CLUmondo model we simulated three scenarios of potential developments between the years 2010 and 2030 assuming different degrees of international market integration and sustainable growth objectives.
Using united-residue model, we simulated the folding of a six-helix protein with a length of 120 amino acids (C-terminal domain of Ku86).
