Tag: additive manufacturing

Researchers have implemented and verified a finite element plasticity model that combines Hill's orthotropic yield condition with an advanced kinematic ...

Experimental and finite-element results show that thicker walls and more openings increased peak bending-load capacity in the FDM-produced PLA specimens ...

Jennifer Lewis has been elected to the National Academy of Medicine for work involving 3D bioprinting, soft and living materials, ...

Researchers at the Harbin Institute of Technology have printed a 24 mm butterfly wing-inspired metamaterial that absorbs 21.9 times more ...

A T6 heat treatment raised the tensile strength of wire-arc 3D-printed WE43 magnesium alloy from 221.7 to 272.7 MPa while ...

A coupled kinetic Monte Carlo and finite element framework shows that anisotropy in sintered binder-jetted 316 L stainless steel evolves ...

Experiments on electron-beam-manufactured Ti-6Al-4V gyroid lattices found that thicker walls increased stiffness and static strength, while all five designs exceeded ...

A review finds that electroactive tissue-regeneration scaffolds must be evaluated through linked electrical, mechanical, chemical and biological properties to address ...

A five-layer molecular dynamics simulation found that succinic acid-coated titanium nanopowder melted at a lower temperature while upward liquid diffusion ...

A five-year, up-to-$29.6 million research consortium will develop living cardiac tissues for infants and young children with congenital heart disease ...