The predictions of the proposed model are more accurate than those made using existing models.
Changes in the most likely state induced by switching from the full tree model to a partition model are more frequent under Mk2 than under Mk1.
Compared with the CLSVOF model, the numerical results from the Eulerian multiphase model are more close to the actual state.
Moreover, optimal solutions of the hybrid model are more appropriate than those of the scenario tree model.
However, those of the detailed model are more dependable to ensure the production of the targeted plant capacity.
It shows that theoretical results obtained from the proposed model are more consistent with experimental data, and the proposed magnetomechanical model is applicable for various ferromagnetic materials.
It is illustrated from a few examples that displacement distributions obtained from the dilation angle model are more reasonable when compared with the general trend measured underground.
The elastic modulus evaluated both by Halpin Tsai model and FE model are more close to experimental results as compared to the results obtained from rule-of-mixture.
Simulation results show that temperature predictions in partially premixed zone by G/Z flamelet model are more consistent with experiment than finite rate model.
The modified k ε model and SOM model are more reasonable than the standard k ε model and the pure presumed PDF-finite-reaction-rate model.
And Michael Dell, the company's chairman and chief executive, said in a statement, "There remains tremendous room for expansion in all product categories, customer groups and regional markets, and the fundamental advantages of our direct model are more compelling than ever".
