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Table 3 Summary titanium alloy by EDM process

From: Performance evaluation of electric discharge machining of titanium alloy-a review

References

Process used

Workpiece materials

Tool material

Ref. [1]

Powder mixed EDM

Ti–6Al–4V

Graphite

Ref. [2]

Ti-6Al-4V

Ti–6Al–4V

Cu-TaC composite electrode

Ref. [4]

EDM

Ti–6Al–4V

Aluminum, brass, graphite and copper

Ref. [6]

EDM

Titanium grade 4

Copper

Ref. [7]

EDM

Titanium carbide (TiC)

Copper

Ref. [8]

EDM

Ti–6Al–4V

Tungsten carbide electrode

Ref. [12]

Micro EDM

Ti–6Al–4V

Copper

Ref. [13]

Powder-mixed EDM

Tantalum alloys

Graphite

Ref. [14]

EDM

Copper–titanium diboride powder metallurgy electrode

monel 40 material

Ref. [16]

EDM

Ti–6Al–4V

Copper

Ref. [21]

EDM

Ti–6Al–4V

Al and AlCrNi coated Al electrode

Ref. [23]

EDM

Ti–6Al–4 V

Copper

Ref. [30]

EDM

Ti–6Al–4V

Copper

Ref. [31]

Die-sinking EDM

Ti–6AL–4V

Copper-tungsten

Ref. [32]

EDM

Ti–6Al–4V

Graphite, electrolytic copper and aluminium

Ref. [39]

Ultrasonic-assisted electrical discharge machining

Ti–6Al–4V

Copper

Ref. [42]

EDM

Ti–6Al–4V

Brass

Ref. [43]

Powder mixed EDM

Ti–6Al–4V

Pure titanium

Ref. [44]

EDM

Ti–6Al–4V

Brass

Ref. [45]

EDM

Ti alloy

Graphite

Ref. [46]

EDM

Titanium grade 2

Brass