Deposition-based, indirect glass 3D printing

R Dylla-Spears, N Dudukovic, T Fears, J Ha… - … Manufacturing of Glass, 2025 - Elsevier
This work surveys recent progress in the production of glass by several indirect, deposition-
based advanced manufacturing methods. Indirect methods start with glass-forming …

Materials processing and physical characterisation of a hybrid composite structure for bone replacement applications

RRN Cristina - 2018 - theses.ncl.ac.uk
The development of scaffold-based solutions for large bone defect repair has the potential to
overcome the limited efficacy of conventional bone grafting strategies. A promising approach …

Additive manufacturing of bioceramic and biocomposite devices for bone repair

P Melo - 2020 - theses.ncl.ac.uk
Advancements in technology allow for longer lifespans, creating the need for improved
medical devices, especially in orthopaedics. New technologies like additive manufacturing …

An approach to monitor the real-time deformation during heat treatment of 3D-printed glass

FJ Hmood, J Wilbig, D Nicolaides, A Zocca… - Ceramics …, 2021 - Elsevier
This study suggests a tool for a better control on the sintering/crystallization of 3D-printed
bioactive glass-ceramics bodies. A small cantilever in form of a bar with square cross section …

Bioprinting of Hydrogels onto Structural Biomaterials for Bioactive Interfaces

M Kotlarz - 2022 - theses.ncl.ac.uk
Metals, polymers, ceramics and composites are classes of biomaterials used for implants.
Each of those has an exceptional set of properties desired for various biomedical …

From Substitution to Regeneration: The Tridimensional Interplay Between Cells and Biomaterials

P Melo - Women in 3D Printing: From Bones to Bridges and …, 2021 - Springer
Advancements in technology allow for longer lifespan, creating the need for improved
medical devices, especially in orthopedics. Using technologies like additive manufacturing …