Review Article

Study on Optimization of WEDM Process Parameters on Stainless Steel

Table 2

Experimental analysis of WEDM process with various techniques.

S. noMaterial usedMethods conductedProcess parametersOutputAuthors/reference

1SKD61 alloyTaguchi method, ANOVA, , WFRSF, MRRKumar and Singh [29]
2DC53 die steelANOVA, Taguchi method, , , SF, MRRKanlayasiri and Boonmung [30]
3EN34 steelTaguchi method, ANOVA, , WFRMRR, S/N ratioMohammad Taha and Bose [31, 32]
4SS304Taguchi method, orthogonal array, , , MRRRagunath and Vignesh [33]
5SS316Taguchi method, , MRR, SR S/N ratioRamesh Babu and Subhair [34]
6Ti-6Al-4V super alloyTaguchi L-18 mixed orthogonal array, , dielectric flushing pressureMRR, TWR, overcut, and taperParmeswara and Sarcar [35]
7Nimonic 80ATaguchi method, ANOVA, , WFR (wire offset)MRR, SRGoswami and Kumar [36]
8Inconel 625ANOVA, Taguchi method, WFR, SF, MRRGoyal [37]
9HCHCRTaguchi process and GRA, , , , WFRMRR, SFPatel et al. [38]
10Inconel 718Taguchi L-9 orthogonal array, , MRR, SR, S/N ratioRamakrishnan and Karunamoorthy [39]
11Monel 400Taguchi method, ANOVA, , , , WFRMRRRajyalakshmi [40]
12Nitinol (superelastic shape-memory alloy)Heat-transfer search algorithm, , MRR, SFChaudhari et al. [41]
13Ti-6Al-4V (grade 5)Taguchi orthogonal array, , , wire offsetOvercut in convex and concave profile, corner radiusMuhammad Umar Farooq and Muhammad Asad Ali [42]
14Shape memory alloy (Ni 55.8 Ti)NSGA-II, Taguchi, , , wire offsetMRR, SFMagabe et al. [43]
15Inconel 718Discharge experiment design, , dielectric pressure, pulse width, pulse interval, wire speedMRR, SFChen and Zhou [44]
16Hybrid Al-MMC (AA6061)Taguchi method, ANOVA, , WFRMRR, SFKumar and Grover [45]
17Composites of aluminium Al-SiC-B4CRSM, , , , WFR, B4C contentKerf width, cutting speedSuresh Kumar and Erdemir [46]
18Steel SKD11NSGA-II, hybrid method of RSM, , WFRSR, MRR, S/N ratioZhang et al. [47]
19Ti50Ni45Co5 shape memory alloysPCA, GRA technique, , MRR, SFSoni et al. [48]
20EN31 alloys steelAHP and MOORA, , , , WFR, dielectric flushing pressureKerf width, MRR, SFPatel and Kalpesh [49]