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Keyphrases
Powder Mixture
47%
Material Removal Rate
42%
Treated Surface
37%
Biomedical Alloys
35%
Electrical Discharge Machining
35%
Antibacterial Properties
35%
Machined Surface
33%
Titanium Alloy
33%
Surface Roughness
32%
Ti-6Al-4V
27%
Cell Adhesion
26%
Capacitance
26%
Ti-6Al-4V Alloy
24%
Reverse Engineering
23%
Bacterial Attachment
23%
Powder-mixed EDM
23%
Wetting Behavior
23%
Tribological Behavior
23%
Tribological Performance
23%
Electrochemical Corrosion
23%
Adhesion Cell
23%
Corrosion Behavior
23%
Cell Proliferation
23%
Biological Performance
23%
Recast Layer
23%
White Layer Thickness
23%
Functional Surface
23%
Chemical Composition
23%
Osteogenic Differentiation
23%
Faculty Development
23%
Grant Program
23%
Surface Roughness/morphology
23%
Surface Characteristic Parameter
23%
Micro-electro-discharge Machining
23%
Gap Voltage
23%
Additively Manufactured
23%
Micro-electrical Discharge Machining (micro-EDM)
22%
Surface Treatment
21%
Performance Parameters
19%
Crater Diameter
17%
Machining Performance
16%
Bacillus Subtilis (B. subtilis)
15%
Surface Modification Techniques
15%
Wire Electrical Discharge Machining
15%
Micro-wire Electrical Discharge Machining (micro-WEDM)
14%
Average Surface Roughness
14%
Discharge Energy
13%
Escherichia Coli
13%
Pseudomonas Aeruginosa (P. aeruginosa)
13%
Surface Microhardness
12%
Numerical Investigation
11%
Non-conductive Ceramics
11%
Material Removal Mechanism
11%
Titanium Surface Modification
11%
Machining Prediction
11%
Concise Review
11%
Antibacterial Response
11%
Kerf Width
11%
Numerical Simulation
11%
Numerical Modeling
11%
Machinability
11%
TNTZ Alloy
11%
Die-sinking
11%
Stainless Steel 316L (SS316L)
11%
WEDM Parameters
11%
Machining Conditions
10%
Capacitance-voltage
10%
Grey Relational Analysis
10%
Staphylococcus
9%
Multiple Output
9%
Biofilm Formation
9%
Crater Area
9%
Plasma Flushing Efficiency
8%
Selective Laser Melting
8%
Powder Concentration
7%
Biofilm Prevention
7%
Biomaterials
7%
Surface Modification
7%
Machining Method
7%
Biomedical Applications
7%
Microwires
7%
Adhesion
7%
Machining Parameters
7%
Pulse Current
6%
Output Optimization
6%
Mechanical Properties
6%
Biocompatibility
6%
Microhardness
6%
PMEDM
5%
Hydroxyapatite
5%
Modern Industry
5%
Intricate Shape
5%
Conductive Materials
5%
Difficult-to-machine Materials
5%
Machining Factors
5%
Stainless Steel
5%
Implant Surface
5%
Metallic Biomaterials
5%
Non-conventional Machining
5%
EDM Process
5%
Dimensional Precision
5%
Discharge Machining
5%
Circularity Error
5%
Tungsten Carbide WC
5%
Rutile
5%
Special Properties
5%
INIS
surfaces
100%
machining
93%
alloys
77%
performance
50%
powders
47%
roughness
41%
removal
37%
modifications
24%
electrochemical corrosion
23%
investigations
23%
optimization
23%
capacitance
22%
voltage
22%
titanium alloys
21%
craters
18%
implants
18%
wires
15%
modeling
15%
size
14%
processing
14%
reviews
11%
plasma
11%
drilling
11%
simulation
11%
prediction
11%
ceramics
11%
stainless steels
11%
dies
11%
melting
10%
applications
10%
surface treatments
10%
microhardness
10%
efficiency
9%
biological materials
8%
output
8%
bacteria
8%
adhesion
8%
hardness
7%
bones
6%
thickness
6%
layers
6%
lasers
6%
apatites
6%
values
6%
energy
6%
width
5%
pulses
5%
concentration
5%
additives
5%
Engineering
Alloy
78%
Electrodischarge Machining
74%
Material Removal Rate
41%
Antibacterial Property
35%
Gap Voltage
25%
Electrochemical Corrosion
23%
Multiscale
23%
Machined Surface
21%
Ti-6al-4v Alloy
20%
Microhardness
18%
Discharge Energy
17%
Aeruginosa
17%
Input Parameter
17%
Implant
17%
Performance Parameter
15%
Average Surface Roughness
15%
Ti-6al-4v
15%
Electric Discharge Machining
14%
Surface Treatment Technique
13%
Conductive
11%
Material Removal Mechanism
11%
Mixed Micro
11%
Induced Surface
11%
Experimental Investigation
11%
Manufactured Ti6al4v
11%
Selective Laser Melting
11%
Melting Point
11%
Molten Material
11%
Phase Change Material
11%
Analytical Model
11%
Numerical Modeling
11%
Electrical Discharge
11%
Numerical Analysis
11%
Computer Simulation
11%
Machining Performance
10%
Stainless Steel
7%
Chemical Polishing
7%
Implant Surface
7%
Bacterial Attachment
7%
Reverse Engineering
7%
Osteogenic Differentiation
7%
Corrosion Behavior
7%
Recast Layer
7%
Layer Thickness
7%
Tribological Behavior
7%
Machining Parameter
7%
Biofilm Formation
5%
Forming Surface
5%
Metallic Biomaterials
5%
Resistant Bacteria
5%
Conductive Material
5%