3D Electromagnetic Analysis and Optimization of Metamaterial Constructed by SRR Using the MOGA Algorithm for Performance Improvement

The study presents 3D electromagnetic analysis and optimization of metamaterial constructed split ring resonator. was carried out under conditions by using boundary master slave. operating frequency range, in other words the performance characteristic, has been analysed from 1 GHz to 20 GHz. split-ring resonator design on triple co-axes accordance with its actual use. Surface current density, electric field strength magnetic values were examined analysis. Metamaterial based resonators are used many fields. Today, it applications as measurement sensor or antenna 5G applications. In order obtain a suitable at high frequencies, micron-level designs required. Newly developed objective functions presented study. this study, good results obtained an optimized SRR multi-objective genetic algorithm range up that can achieve negative refractive index capacity. These relationship between permittivity permeability. Furthermore, when examined, is seen for wireless Performance improvement have capacity which before 11 increased 15.5