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Polymeric Materials and Their Application in 3D Printing
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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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Keywords
- 3D printable flexible piezoelectric devices
- 3D printing
- 3D Printing Point-of-Care
- 3D-printed molds
- 3D-printing polymers
- 4D printing
- ABS
- ABS-PC
- accelerated aging
- additive manufacturing
- aluminium feedstock
- amorphous solid dispersion
- annealing
- Avrami
- binder system
- Biocompatibility
- Biomaterials
- blended polymers
- boron nitride
- carbon-reinforced Polyether Ether Ketone
- CFR-PEEK
- chain link
- compressive properties
- cross-linking
- custom medical device
- customization
- dimensional accuracy
- elastic characteristics
- empirical mathematical models
- Energy consumption
- Energy harvesting
- FE model
- FFF
- finite element analysis
- flexible composites with piezoelectric features
- flexural fatigue
- fracture toughness
- fused deposition modeling
- fused filament fabrication
- Fuzzy-AHP-TOPSIS
- Hydrogels
- hydrolysis
- influence factors
- machinability
- material addition rate
- material extrusion
- material jetting
- MCDM
- mechanical behavior
- Mechanical properties
- mechanical proprieties
- mechanical tests
- metal material extrusion
- micro-hole
- micro-optics
- Microfluidics
- nanomaterials
- nerve tissue engineering
- optimization
- PCABS
- pharmaceutical
- photocurable resin
- PLA
- polyamide-12
- polycondensation
- polyether-ether-ketone
- polylactic acid
- polymer
- polymeric materials
- Polymers
- polymers and composites
- polymethylmethacrylate
- porosity
- powder bed fusion
- powder re-use
- printability
- process optimization
- process parameter selection
- pure polymers
- quality analysis
- refractive index measurement
- rheological properties
- rheometer
- selective laser sintering
- Self-healing
- shape memory polymer
- short carbon fiber
- Smart materials
- smart polymers
- solubility
- strength
- surface quality
- surface smoothness
- tensile strength
- tensile testing
- 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
- thermo-mechanical experiments
- thermoforming
- thermoplastic polymers
- three-dimensional printing
- Ultem 9085
- ultraviolet
- UV-C
- vat-photopolymerization
- warpage
- wax
- wear
- wood-based biopolymer
- wrist–hand orthosis
Links
DOI: 10.3390/books978-3-7258-1405-3Editions