Analysis of Electromagnetic Interference Shielding using Multi-Objective Optimization
Tanvir Chowdhury
Corresponding
Ahsanullah University of Science and Technology
Abstract
Traditional design methods for building energy efficiency frequently neglect several important aspects of electromagnetic interference shielding that affect real performance. The model parameters were carefully calibrated against a set of field observations obtained from building energy efficiency. An improvement of 53% in strength was recorded for the modified specimens. The study highlights the importance of adopting context-specific solutions tailored to prevailing local conditions.
Keywords:
electromagnetic interference shieldingmulti-objective optimizationofdmcorrosionbiodieselair pollution
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