The theoretical analyses are validated by finite element analyses.
Simulation results validate the theoretical analyses about the proposed method.
Numerical reservoir simulation results are consistent with the theoretical analyses.
FEM simulations were conducted for comparison with the theoretical analyses.
The theoretical analyses are verified by numerical results.
The original concept leading to this result was conceived by J.W.Y., K.Y.L., and S.H.S. K.Y.L. performed the theoretical analyses under supervision by J.W.Y. and S.H.S.
The theoretical analyses demonstrated that compressive loading could affect transport and metabolism of nutrients.
The simulation results are in good agreement with the theoretical analyses.
The simulation results are then given to verify the theoretical analyses.
Based on the theoretical analyses, a novel PCO reactor containing 15 parallel-connected cells was designed.
The theoretical analyses and simulation show that the proposed algorithm is reasonable and effective.
