2PP |
two-photon polymerization |
3D |
3-dimensional |
4D |
4-dimensional |
ABS |
acrylonitrile butadiene styrene |
AM |
additive manufacturing |
AMR |
attenuation melt ratio |
ANOVA |
analysis of variance |
ASTM |
American Society for Testing and Materials |
BioPE |
bio-based polyethylene |
CAD |
computer-aided design |
CF |
carbon fiber |
Cu |
copper |
DLP |
digital light processing |
DMLS |
direct metal laser sintering |
DOE |
design of experiments |
EBB |
extrusion-based bioprinting |
EBM |
electron-beam melting |
FDM |
fused deposition modeling |
Fe |
ferrum |
FEA |
finite element analysis |
FFF |
fused filament fabrication |
HA |
hydroxyapatite |
HDPE |
high-density polyethylene |
LAP |
lithium phenyl-2,4,6-trimethylbenzoylphosphinate |
LENS |
laser-engineered net shaping |
LOM |
laminated object manufacturing |
LVI |
low-velocity impact |
Mg |
magnesium |
PA12 |
polyamide 12 |
PA6.10 |
polyamide 6.10 |
PA66 |
polyamide 66 |
PA2200 |
polyamide 2200 |
PCL |
polycaprolactone |
PDA |
biopolymer polydopamine |
PE |
polyethylene |
PEG |
polyethylene glycol |
PEGDA |
polyethylene glycol diacrylate |
PEEK |
polyether ether ketone |
PETG |
polyethylene terephthalate glycol |
PGA |
polyglycolic acid |
PHA |
polyhydroxyalkanoate |
PLA |
polylactic acid |
PLCL |
poly(L-lactide-co-e-caprolactone) |
PLGA |
poly(lactide-co-glycolide) |
PLLA |
poly(l-lactide) |
PMMA |
poly(methyl methacrylate) |
POM |
polyoxymethylene |
PP |
polypropylene |
PVA |
polyvinyl alcohol |
SEM |
scanning electron microscope |
SHS |
selective heat sintering |
SLA |
stereolithography |
SLM |
selective laser melting |
SLS |
selective laser sintering |
SMM |
shape-memory material |
SMP |
shape-memory polymer |
TCP |
tricalcium phosphate |
TE |
tissue engineering |
Ti |
titanium |
US FDA |
United States Food and Drug Administration |
UV |
ultraviolet |
WF |
wood flour |
WOS |
Web of Science |