Failure analysis of retrieved osteosynthesis implants
M Nica, B Cretu, D Ene, I Antoniac, D Gheorghita… - Materials, 2020 - mdpi.com
Failure of osteosynthesis implants is an intricate matter with challenging management that
calls for efficient investigation and prevention. Using implant retrieval analysis combined …
calls for efficient investigation and prevention. Using implant retrieval analysis combined …
Concurrent shape and build orientation optimization for FDM additive manufacturing using the principal stress lines (PSL)
Additive Manufacturing (AM) with the consisting constantly evolving technologies is a
particularly popular research area. Based on the shape forming freedom, size, shape, and …
particularly popular research area. Based on the shape forming freedom, size, shape, and …
[HTML][HTML] Build orientation optimization of additive manufactured parts for better mechanical performance by utilizing the principal stress directions
Abstract As Additive Manufacturing technology is excellent for the production of function-
based optimized parts. By choosing the right printing orientation, the dimensional accuracy …
based optimized parts. By choosing the right printing orientation, the dimensional accuracy …
Quantifying the anisotropic elasticity of 3D printed phononic artifacts with ultrasound for process monitoring
The layer-wise additive building technique utilized by 3D Printing (3DP)/Additive
Manufacturing (AM) processes results in builds and parts with strong anisotropy. Also, with …
Manufacturing (AM) processes results in builds and parts with strong anisotropy. Also, with …
The anisotropy and friction effect in the design of 3D printed PLA parts–A case study
Additive Manufacturing, commonly known as 3D Printing, is one of the most affordable
manufacturing processes for producing complex geometric components. This manufacturing …
manufacturing processes for producing complex geometric components. This manufacturing …
3D printing in pediatric neurosurgery: experimental study of a novel approach using biodegradable materials
R Mai, V Popov, E Mishina, E Osidak - Child's Nervous System, 2024 - Springer
Purpose 3D printing technologies have become an integral part of modern life, and the most
routinely used materials in reconstructive surgery in children are biodegradable materials …
routinely used materials in reconstructive surgery in children are biodegradable materials …
Effect of the material extrusion process parameters on the compressive properties of additively manufactured foamed and nonfoamed polylactic acid structures
A Yousefi Kanani, A Kennedy - 3D Printing and Additive …, 2024 - liebertpub.com
This work evaluates the potential for foamable polymer filaments to be used to make
lightweight, energy-absorbing structures using additive manufacturing. To achieve this, a …
lightweight, energy-absorbing structures using additive manufacturing. To achieve this, a …
The concept of 3D printing
J Izdebska-Podsiadły - Polymers for 3D Printing, 2022 - Elsevier
The chapter discusses the basic principles of design for additive manufacturing (AM). It
explains the concept of a digital model and introduces the reader to modeling software and …
explains the concept of a digital model and introduces the reader to modeling software and …
Structure and Gait Optimizationof a Soft Quadrupedal Robot
D Danelia, S Fu - 2021 - diva-portal.org
Quadrupedal robots are mobile robots with four limbs. Compared with other mobile robots,
quadrupedal robots are more capable of moving in complex environment. Specifically, soft …
quadrupedal robots are more capable of moving in complex environment. Specifically, soft …
Benchmarking the Tensile Properties of Polylactic Acid (PLA) Recycled Through Fused Granule Fabrication Additive Manufacturing
To progress toward a circular economy of thermoplastic polymers, the adoption of 3D
printers to make functional articles can facilitate distributed recycling. To this end, the …
printers to make functional articles can facilitate distributed recycling. To this end, the …