Strut-based, metallic meta-biomaterials are known to offer bone-mimicking mechanical properties, but they have limited surface area for cell adherence. Increasing the surface generally results in an undesirable increase in the mechanical properties that could lead to stress shielding. Here, we combine...
Additive manufacturing has facilitated fabrication of complex and patient-specific metallic meta-biomaterials that offer an unprecedented collection of mechanical, mass transport, and biological properties as well as a fully interconnected porous structure. However, applying meta-biomaterials for addressing unme...
Additive manufacturing has facilitated fabrication of complex and patient-specific metallic meta-biomaterials that offer an unprecedented collection of mechanical, mass transport, and biological properties as well as a fully interconnected porous structure. However, applying meta-biomaterials for addressing unme...
Keywords: additive bio-manufacturing; design methodology; medical devices; meta-biomaterials; rational design; image-based design 1. Introduction Additive manufacturing (AM) or, as it is sometimes called, 3D printing technologies have made tremendous progress during the last decade. The accuracy, ...
BACKGROUND: To date, no studies have been published in which histomorphometric data from a large group of patients comparing various biomaterials for sinus floor augmentation procedures were evaluated. MATERIALS AND METHODS: A meta-analysis of the English literature from January 1993 till April 2009 ...
We rationally design and additively manufacture six different types of meta-biomaterials (three auxetic and three conventional), which then serve as the parent materials to six hybrid meta-biomaterials (with or without transitional regions). Both single and hybrid meta-biomaterials are mechanically ...
meta-biomaterialsrational designimage-based designRecent advances in additive manufacturing (AM) techniques in terms of accuracy, reliability, the range of processable materials, and commercial availability have made them promising candidates for production of functional parts including those used in the ...
Analytical relationships for yield stress of five mechanical meta-biomaterialsMetamaterialsmechanical propertieslattice structuresTimoshenko and Euler beam theoriesyield strengthIn this article, five fundamental unit cells namely BCC, hexagonal packing, rhombicuboctahedron, diamond, and truncated octahedron, for ...
Rationally designed meta-implants: a combination of auxetic and conventional meta-biomaterialsdoi:10.1039/C7MH00699CHelena M. A. KolkenShahram JanbazSander M. A. LeeflangKarel LietaertHarrie H. WeinansAmir A. ZadpoorThe Royal Society of ChemistryKolken, H.M.; Janbaz, S.; Leeflang, S.M.; ...
A phenomenological electromagnetic theory of CNT-DNA metabiomaterials for applications to biosensing and DNA sequencingdoi:10.1109/apusncursinrsm.2017.8072672Said MikkiSaion SinhaChristopher MorrisGangadhar BeheraYahia AntarInternational Symposium on Antennas and Propagation...