INIS
accuracy
14%
alloys
10%
aluminium alloys
8%
aluminum
21%
assessments
11%
basalt
9%
carbon
10%
carbon fibers
12%
comparative evaluations
26%
cryogenics
9%
cutting
26%
damage
8%
depth
9%
drilling
46%
epoxides
21%
evaluation
11%
fibers
28%
finite element method
11%
glass
6%
holes
66%
interactions
7%
investigations
55%
jute
9%
machining
89%
magnesium alloys
28%
mechanical properties
10%
metals
19%
microhardness
10%
milling
100%
modeling
9%
morphology
11%
operation
8%
optimization
14%
performance
18%
pitches
7%
processing
16%
productivity
12%
removal
7%
roughness
27%
simulation
10%
size
12%
speed
22%
strains
6%
surfaces
76%
titanium alloys
14%
tools
22%
validation
9%
values
16%
walls
47%
wear
8%
Engineering
Aircraft Structure
5%
Burrs
35%
Cutting Force
28%
Cutting Speed
14%
Cutting Temperature
9%
Damage Surface
6%
Defects
7%
Delamination
5%
Dimensional Accuracy
10%
Dry Condition
12%
Dry Machining
12%
End Mill
14%
End Milling
10%
Epoxy Composite
9%
Experimental Investigation
31%
Experimental Result
11%
Feed Rate
17%
Fiber-Reinforced Polymer
7%
Fibre Metal Laminate
24%
Finite Element Method
13%
Fire Hazards
5%
Free Hole
9%
Glass Laminate
6%
Helix Angle
12%
Hole Diameter
10%
Hole Drilling
8%
Lagrangian Formulation
6%
Limitations
6%
Machined Surface
9%
Machining Force
15%
Machining Parameter
17%
Material Removal Rate
7%
Mathematical Model
5%
Mechanical Drilling
8%
Microhardness
23%
Milling Cutters
6%
Numerical Model
7%
Numerical Modeling
9%
Performance Parameter
7%
Process Parameter
21%
Product Quality
20%
Radial Force
10%
Rigidity
18%
Scanning Electron Microscope
8%
Spindle Speed
17%
Surface Hole
7%
Surface Integrity
18%
Surface Quality
20%
Tasks
7%
Thrust Force
29%