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Keyphrases
Average Surface Roughness
100%
Antibacterial Properties
100%
Antibacterial Response
100%
Micro-wire Electrical Discharge Machining (micro-WEDM)
100%
Material Removal Rate
66%
Treated Surface
66%
Gap Voltage
66%
Kerf Width
66%
Surface Properties
33%
Pseudomonas Aeruginosa (P. aeruginosa)
33%
Machined Surface
33%
Capacitance
33%
Capacitance-voltage
33%
Escherichia Coli
33%
Machining Parameters
33%
Bacillus Subtilis (B. subtilis)
33%
Microhardness
33%
Output Parameters
33%
Biofilm Formation
33%
Lower Average
33%
Surface Treatment
33%
Wire Electrical Discharge Machining
33%
Crater Area
33%
Taguchi Method
33%
Titanium Alloy
33%
Surface Microhardness
33%
Grey Relational Analysis
33%
Metallic Biomaterials
33%
S. Aureus Bacteria
33%
Output Optimization
33%
Multiple Output
33%
Orthopedic Implants
33%
Microwires
33%
Orthopedic Implant Application
33%
INIS
optimization
100%
investigations
100%
surfaces
100%
alloys
100%
roughness
60%
machining
60%
output
40%
removal
40%
voltage
40%
capacitance
40%
width
40%
implants
40%
microhardness
40%
applications
20%
values
20%
surface properties
20%
cultivation
20%
craters
20%
bacteria
20%
biological materials
20%
wires
20%
surface treatments
20%
titanium alloys
20%
Engineering
Experimental Investigation
100%
Alloy
100%
Average Surface Roughness
100%
Antibacterial Property
100%
Material Removal Rate
66%
Gap Voltage
66%
Microhardness
66%
Electrodischarge Machining
33%
Implant
33%
Optimal Value
33%
Machining Parameter
33%
Aeruginosa
33%
Output Parameter
33%
Biofilm Formation
33%
Taguchi Method
33%
Surface Treatment Technique
33%
Metallic Biomaterials
33%
Material Science
Alloy
100%
Antiinfective Agent
100%
Surface Roughness
60%
Machining
60%
Capacitance
40%
Microhardness
40%
Biofilms
20%
Surface Property
20%
Taguchi Method
20%
Metallic Biomaterial
20%
Titanium Alloy
20%
Surface Treatment
20%