The close relationship between the predicted (2,801 U/mL) and experimental response value from the validation experiment revealed the validity and acceptability of the statistical model for the optimization of the agitation speed, cultivation time and fish gelatin concentration.
Through several three-dimensional design problems, the validity and usefulness of the developed optimization procedure for efficient EHDs are demonstrated.
The validity and robustness of the material optimization method proposed are verified through illustrative numerical experiments.
The simulation results verify the validity and the feasibility of the optimization model.
The results were within 3% of the model's predictions, demonstrating the validity and value of predictive modelling in catalyst optimization.
Numerical examples are finally tested to demonstrate the validity and merits of the proposed feature-driven topology optimization for complicated design problems.
Finally, simulation results verify the validity and the feasibility of identification method and optimization model.
Three numerical examples for the optimization design of planar structures are presented to illustrate the validity and applicability of the proposed method.
Numerical examples are carried out to illustrate the validity and utility of the proposed approach, and the numerical results also show the advantages of transient dynamic responses based optimization for the studied problem.
The validity and the advantages of the procedure are demonstrated by means of two reliability-based optimization problems.
