INIS
oxidation
100%
porous materials
100%
plasma
100%
biological materials
100%
mechanical properties
100%
surfaces
37%
scanning electron microscopy
25%
layers
25%
density
25%
fatigue
25%
yields
25%
loading
25%
mechanical tests
12%
dynamics
12%
energy absorption
12%
compression
12%
manufacturing
12%
host
12%
energy
12%
units
12%
values
12%
alloys
12%
thickness
12%
optical microscopy
12%
oxides
12%
interactions
12%
modifications
12%
tissues
12%
comparative evaluations
12%
titanium
12%
images
12%
x-ray spectroscopy
12%
additives
12%
Engineering
Mechanical Properties
100%
Scaffold
100%
Relative Density
50%
Yield Stress
50%
Conventional Technique
25%
Complex Structure
25%
Porous Structure
25%
Metallic Biomaterials
25%
Oxide Layer
25%
Additive Manufacturing Technique
25%
Fatigue Loading
25%
Manufactured Ti6al4v
25%
Loading Cycle
25%
Images
25%
Mechanical Testing
25%
Dynamic Fatigue
25%
Energy Absorption
25%
Test Result
25%
Maximum Stress
25%
Functional Layer
25%
Young's Modulus
25%
Energy Engineering
25%
Material Science
Biomaterial
100%
Oxidation Reaction
100%
Density
25%
Yield Stress
25%
Energy-Dispersive X-Ray Spectroscopy
25%
Scanning Electron Microscopy
12%
Microscopy
12%
Three Dimensional Printing
12%
Scanning Electron Microscopy-Energy Dispersive X-Ray
12%
Oxide Compound
12%
Surface Treatment
12%
Elastic Moduli
12%
Mechanical Testing
12%
Metallic Biomaterial
12%
Titanium
12%
Functional Surface
12%