Abstract 3D nanoprinting can significantly enhance the performance of sensors, batteries,
optoelectronic/microelectronic devices, etc. However, current 3D nanoprinting methods for …

To enable the design and manufacturing of hierarchical nanomaterial architectures, there is
a need for synthesis and processing methods that can enable tunable geometric control at …

Microstructures of additively manufactured (AM) materials are highly heterogeneous,
periodic, and hierarchical at various length scales, leading to complex mechanical …

Additive manufacturing (AM) of copper through laser‐based processes poses challenges,
primarily attributed to the high thermal conductivity and low laser absorptivity of copper …

Recent development in direct electrochemical 3D microprinting allows the fabrication of 3D
metallic micro-components of predominantly noble metals with the positive standard …

Nanoporous metals demonstrate significant potential in a variety of innovative structures and
functional domains, but their limited macroscopic plasticity hinders their industrial …

Mechanical metamaterials consist of specially engineered features designed to tailor and
enhance the mechanical properties of their constituent materials. In this context, 2D …

Current additive manufacturing (AM) techniques for tungsten, such as powder bed fusion
and directed energy deposition, often generate parts with rough surfaces. Vat …

Necking and barreling deformation behaviors occurred simultaneously during the bending
test of a single-crystal gold micro-cantilever (sample A) with the loading direction parallel to …

Metal microarchitectures with 3-dimensional solid frames can exhibit mechanical
performance coming from the geometrical effect and characteristic size effect of material …