The progress in microscale additive manufacturing (µ-AM) of metals requires engineering of
the microstructure for various functional applications. In situ control over the microstructure …

The progress in microscale additive manufacturing (μ‐AM) of metals requires engineering of
the microstructure for various functional applications. In particular, achieving in situ control …

Nanotwinned-metals (nt-metals) offer superior mechanical (high ductility and strength) and
electrical (low electromigration) properties compared to their nanocrystalline (nc) …

Many emerging applications in microscale engineering rely on the fabrication of 3D
architectures in inorganic materials. Small‐scale additive manufacturing (AM) aspires to …

Nanotwinned metals (nt-metals) show larger ductility and strength compared to
nanocrystalline metals facilitated by their special microstructure containing arrays of parallel …

Nanotwinned (nt)‐metals exhibit superior mechanical and electrical properties compared to
their coarse‐grained and nanograined counterparts. nt‐metals in film and bulk forms are …

Nanotwinned (nt) metals exhibit superior electrical and mechanical properties compared to
their coarse-grained and nano-grained counterparts. They have a unique microstructure …

Direct printing of three-dimensional nanoscale metallic wires with controlled microstructure
is useful for applications in the 3D integrated circuits, flexible electronics and …

In situ nanomechanics in scanning electron microscope (SEM) and transmission electron
microscope (TEM) has been the gold-standard for direct observation of deformation …

Many emerging applications in microscale engineering demand the fabrication of
threedimensional architectures in inorganic materials. Small-scale additive manufacturing …