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Polymeric Materials and Their Application in 3D Printing

In the last decade, additive manufacturing’s ability to produce customized parts with complex shapes has led to increased global demand for this technology as a manufacturing solution in various engineering fields, from consumer goods, medicine, electronics, and construction to automotive and aerosp...

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Gardado en:
Formato: Online
Idioma:inglés
Publicado: MDPI - Multidisciplinary Digital Publishing Institute 2024
Subjects:
3D-printing polymers
ABS-PC
PCABS
accelerated aging
ultraviolet
UV-C
3D printing
ABS
short carbon fiber
mechanical tests
FE model
elastic characteristics
strength
fracture toughness
wood-based biopolymer
surface quality
tensile strength
machinability
additive manufacturing
PLA
annealing
mechanical proprieties
flexible composites with piezoelectric features
3D printable flexible piezoelectric devices
energy harvesting
refractive index measurement
photocurable resin
vat-photopolymerization
micro-optics
microfluidics
thermoforming
wrist–hand orthosis
mechanical behavior
customization
flexural fatigue
3D Printing Point-of-Care
metal material extrusion
fused filament fabrication
aluminium feedstock
printability
binder system
rheological properties
chain link
polymers
tensile testing
influence factors
empirical mathematical models
polymethylmethacrylate
polyether-ether-ketone
custom medical device
finite element analysis
nerve tissue engineering
biocompatibility
biomaterials
nanomaterials
hydrogels
process optimization
compressive properties
surface smoothness
self-healing
polymers and composites
smart polymers
fused deposition modeling
boron nitride
polylactic acid
dimensional accuracy
wear
selective laser sintering
porosity
pure polymers
blended polymers
micro-hole
quality analysis
material jetting
thermoplastic polymers
mechanical properties
warpage
wax
FFF
rheometer
hydrolysis
Ultem 9085
amorphous solid dispersion
solubility
polymer
pharmaceutical
three-dimensional printing
CFR-PEEK
material addition rate
energy consumption
powder bed fusion
polyamide-12
Avrami
polycondensation
cross-linking
powder re-use
3D-printed molds
polymeric materials
Material Extrusion
carbon-reinforced Polyether Ether Ketone
MCDM
Fuzzy-AHP-TOPSIS
process parameter selection
optimization
smart materials
shape memory polymer
4D printing
thermo-mechanical experiments
thema EDItEUR::P Mathematics and Science
thema EDItEUR::P Mathematics and Science::PH Physics
thema EDItEUR::P Mathematics and Science::PH Physics::PHF Materials / States of matter
Acceso en liña:ONIX_20240906_9783725814060_126
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Summary:In the last decade, additive manufacturing’s ability to produce customized parts with complex shapes has led to increased global demand for this technology as a manufacturing solution in various engineering fields, from consumer goods, medicine, electronics, and construction to automotive and aerospace. Three-dimensional-printing-based technologies using polymeric materials offer cost-effectiveness, customized geometries, complex design, high-precision manufacturing, and reduced processing time while using highly sustainable materials.This Special Issue aimed to gather the latest research in the field of 3D-printed polymers designed for application in the fields in which this technology attracts the most attention. Papers were expected to take experimental or simulation approaches to challenges in polymer and polymeric composite 3D-printing techniques encountered in each engineering field. Overcoming 3D printing challenges will greatly contribute to advancing development in topics related to transport, engineering, medicine, and the environment. This Special Issue will focus on both fundamental and applied research aimed at the development, characterization, and application of polymers for 3D-printing technologies implemented in, but not limited to, the following: aerospace, automotive, construction, medicine, prototyping, and consumer goods (including electronics, sports, devices, and spare parts).

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