Development of High-Flexural-Strength Titanium/Hydroxyapatite Biocomposites via Cold Spray Deposition with Titanium and Niobium Bond Coats

Development of High-Flexural-Strength Titanium/Hydroxyapatite Biocomposites via Cold Spray Deposition with Titanium and Niobium Bond Coats

Achieving rapid, scalable fabrication of bone implants with a high flexural strength remains a major challenge. The persistent issues are mainly attributed to the incompatibility of the biomaterials (e.g., titanium (Ti) and niobium (Nb)) with the processing methods. The implants fabricated from solu...

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Bibliographische Detailangaben
1. Verfasser: Fatemeh Andami (22677082) (author)
Weitere Verfasser: Prateek (7301339) (author), Eric Chia (22677085) (author), Stephen S. Nonnenmann (1701136) (author), Davoud M. Jafarlou (22677088) (author), James J. Watkins (1424419) (author)
Veröffentlicht: 2025
Schlagworte:
Biophysics
Medicine
Genetics
Biotechnology
Ecology
Developmental Biology
Hematology
Computational Biology
Space Science
Biological Sciences not elsewhere classified
Physical Sciences not elsewhere classified
directly forms coatings
approximately 310 mpa
9 ± 51
219 ± 25
0 ± 50
mechanical features similar
primary ceramic particles
including inferior adhesion
higher young ’
2 gpa ),
utilizing intermediate ti
ti substrate exhibits
tunable mechanical properties
promising fabrication method
hap directly deposited
g ., titanium
pure ti coating
surrounding bone damage
lower flexural strength
cold spray deposition
mechanical properties
ti coating
cold spray
scalable fabrication
promising technique
excellent adhesion
biomaterial ’
6 gpa
thermal spray
strength titanium
natural bone
flexural strength
bone implants
voids lead
typically degrade
significantly exceeds
room temperature
processing methods
powder feedstocks
persistent issues
nb ))
natural bones
matrix composites
major challenge
mainly attributed
induced defects
implants fabricated
implant loosening
hap layer
ceramic metal
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