INIS
design
100%
powders
86%
fabrication
65%
stainless steel-316l
65%
metals
57%
manufacturing
50%
additives
50%
mechanical properties
47%
applications
43%
loading
43%
values
39%
density
37%
lasers
34%
melting
34%
slm
33%
investigations
30%
fatigue
28%
pressure range mega pa
28%
corrosion resistance
28%
corrosion
28%
performance
28%
tantalum
28%
tantalum alloys
28%
simulation
28%
ultrasonics
21%
atomization
21%
sodium chlorides
21%
solutions
21%
yield strength
20%
energy absorption
20%
processing
14%
steels
14%
amplitudes
14%
accuracy
14%
tantalum additions
14%
curves
14%
shape
14%
yields
14%
testing
13%
microstructure
13%
tensile strength
13%
titanium
11%
diamonds
11%
bones
11%
research programs
9%
prediction
7%
levels
7%
aerospace industry
7%
productivity
7%
electric currents
7%
defects
7%
flexibility
7%
surfaces
7%
production
7%
particles
7%
comparative evaluations
7%
variations
7%
satellites
7%
particle size
7%
automotive industry
7%
strength (yield)
7%
stainless steels
7%
young modulus
7%
films
7%
strains
7%
heating
7%
mechanical tests
7%
concentration
7%
range
7%
durability
7%
finite element method
7%
3d printing
7%
correlations
7%
deformation
7%
unloading
7%
humans
5%
size
5%
weight
5%
computer codes
5%
compression
5%
heat treatments
5%
units
5%
implants
5%
Keyphrases
Metal Lattice
57%
Lattice Structure
57%
Atomized Powder
57%
Metal Powder
28%
Additively Manufactured Ti-6Al-4V
28%
316L Stainless Steel Powder
28%
Suitability Factor
28%
Additive Manufacturing
28%
Ultrasonic Atomization
28%
Corrosion Performance
28%
Stainless Steel 316L
28%
Tantalum
28%
Tantalum Alloy
28%
Strut Design
28%
Vertical Strut
28%
Design Experimentation
28%
Building Angles
21%
Collaborative Research
14%
Gyroid Structure
14%
Bacterial Biofilm Formation
14%
Implant Materials
14%
Primitive Structure
14%
Orthopedic Applications
14%
Gyroid Surface
14%
Load-bearing Implants
14%
Tantalum Augments
14%
Bone Biomechanical Properties
14%
Ultimate Compressive Strength
14%
Lattice Structure Design
14%
Atomization
9%
Parameter Influence
9%
Particle Shape
9%
Size-and-shape
9%
Weighting Factor
9%
Accuracy Improvement
9%
Steel Powder
9%
Satellite Particles
9%
Electrical Current
9%
Hausner Ratio
9%
Additive Manufacturing Application
9%
Particle Size
9%
Vibration Amplitude
9%
Maximizing Productivity
9%
High Uncertainty
9%
Production Process
9%
Rheological Parameters
9%
Insignificance
9%
Carr Index
9%
High Sphericity
9%
Tap Density
9%
Flowability
9%
AISI 316L
9%
Ratio Index
9%
Microstructural Defects
9%
Steel 316L
9%
Corrosion Resistant
9%
General Corrosion
9%
Localized Corrosion
9%
Bulk Density
9%
New Lattice
9%
Unloading Modulus
9%
Normalized Lattice Structure
9%
Modulus Estimation
9%
Specific Yield
9%
Titanium Implant
7%
Ultimate Value
7%
Behavior Treatment
7%
Plateau Stress
7%
Density Effect
7%
Implantology
7%
TPMS Lattice Structure
7%
Unit Cell Size
7%
S-N Fatigue Curve
7%
High Cycle Fatigue Test
7%
Engineering
Printed Structure
57%
Ti-6al-4v
28%
Stainless Steel
28%
Biomedical Application
28%
Cyclic Loading
28%
Diamond
28%
Yield Strength
28%
Additive Manufacturing
28%
Stress Relief
28%
Atomisation
21%
Ultrasonics
21%
Ultimate Tensile Strength
21%
Compression Test
14%
Energy Absorption
14%
Optimal Design
14%
Heat Treatment
14%
Selective Laser Melting
14%
Tensile Testing
14%
Bearing Implant
14%
Orthopedic Application
14%
Specific Energy Absorption
14%
Steel Part
9%
General Corrosion
9%
Localized Corrosion
9%
Fatigue Resistance
7%
Stress Amplitude
7%
High Cycle Fatigue
7%
Fatigue Testing
7%
Sphericity
7%
Fatigue Curve
7%
Young's Modulus
7%
Stress Level
7%
Tensile Test
7%
Weighting Factor
7%
Stress Range
7%