![]() ![]() The Genetic Algorithms dual-optimized ceramic-model parameters are mathematically proven/verified. 4D Interior Optimization method constitutes also the computational innovation of this study. These findings are demonstrated with series of 2D and 3D Graphical/Interior Optimization graphics also. ![]() Numerical figures for both dual optimizations give acceptable model-parameter values with low residuals. Results from previous Least-Squares algorithm and Genetic Algorithms show be closely with identical magnitude order. Principal result is the numerical validation-verification of the K adimensional-constant parameter of the model with both methods. Selected materials are Alumina (Al3O2), and Zirconium (ZrO2). This optimization is compared to a previously published Inverse Least_Squares one. A genetic algorithms computational nonlinear optimization is presented with two commonly ceramic materials for Ceramic-on-Ceramic (CoC) THA. Ceramic THA constitutes an important group among the most frequent used implants in Biomedical Engineering and Medical Devices research field. ![]()
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