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,   ,       .             .              .        2            .    Key Words: Steel Grating(), Finite Element Analysis(), Design of Experiment(), Taguchi Method( ) :              ,   ,          .          .                  .            .                  . Abstract: The steel grating discussed in this study is a drain cover that enhances the rigidity of the steel frame using an inclined inflow tract for wastewater, facilitates smooth drainage, and prevents the escape of bad smell from the drain. Recently, the urban problem of bad smell in sewerage lines has been hindering the improvement of living standards. Moreover, the frequent failure of existing products deters bad smell prevention measures and results in administrative power and budget wastage. The pressure to reduce budgets propels the increased demand for functional steel grating. Thus, this study focused on optimizing the design parameters of a steel grating by simultaneously considering its rigidity and drainage efficiency.

Optimization of Design Parameters for Steel Grating Using Taguchi Method Considering Rigidity and Drainage Efficiency