Comparison of CST and Customize Program in Theoretical for Scattering Transmission Parameter for Energy Saving Glass (ESG) Application

Johar, Fauzi Mohd; Salleh, S. N.; Azmin, Farah Ayuni; Suadi, M. K.; Shukor, M. Md; Ahmad, B. H.; Shibghatullah, Abdul Samad

doi:10.1166/asl.2014.5607

Cited by 2 publications

(1 citation statement)

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“…Compare with other optimization technique, the attractive reason to choose the GA is its performance improvements of computational systems [17][18]. This GA has likewise given the best execution on the blended mode on the nonstop and discrete combinatorial issues with less defenceless to getting 'stuck' at nearby optima than slope look strategies [19].…”

Section: Genetic Algorithm (Ga)mentioning

confidence: 99%

Number of Iteration Analysis for Complex FSS Shape Using GA for Efficient ESG

et al. 2018

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ESG stand for Energy-Saving Glass is a special shielded glass with a metallic oxide layer to abuse undesirable of infrared and ultraviolet radiation into construction assemblies like our home. Firstly, different number of the iteration is the main thing to study a performance of the frequency selective surface shape using genetic algorithm (GA) for efficient energy saving glass (ESG). Three different values for the number of iterations were taken that is 1500, 2000 1nd 5000. Before that, the response of this complex FSS shape on incident electromagnetic wave with different symmetry shape are investigating. Three of them are no symmetrical shape, ¼ symmetrical shape, and 1/8 symmetrical shape. The 1500 number simulation considered about 89.000 per second, compared with 2000 iteration and 5000 iterations had consumed 105.09 per second and 196.00 per second, respectively. For 1/8 symmetry complex FSS shape, it demonstrations the improved performance of transmission loss at 1.2 GHz with - 40 dB. A 2 dB of transmission loss is achieved at WLAN application of 2.45 GHz with 0°, 30°, and 45° incidence angle shows.

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Section: Genetic Algorithm (Ga)mentioning

confidence: 99%