Material deformation during nanoimprinting of aluminum (Al), copper (Cu), and gold (Au)
was explored through molecular dynamics simulations. A comparative understanding of the …

Understanding the deformation behavior during nanoimprint lithography is crucial for high
resolution patterning. Molecular dynamics modeling was implemented to investigate the …

Computational analysis of polymeric materials plays a key role in defining their tribological
characteristics. This research investigates the deformation behavior of poly …

Microwires have become of increasing interest for the miniaturization of structural
components. A profound understanding of the deformation behavior of microwires is …

Material deformation in nanoimprinting is explored through Molecular Dynamics (MD)
simulations. Understanding the behavior of substrate material during the nanoimprinting …

Direct metal nanoimprint (NIL) of the gold substrate by silicon mold has been investigated
through molecular dynamics simulations. The effects of different process parameters such as …

Nanoimprinting of gold has the potential to make significant impact in the fabrication of
miniaturized devices including optical devices, photonic crystals and biochemical sensors …

The effects of a twin boundary (TB) on the mechanical properties of two types of bicrystal Al
thin films during the nanoimprint process are investigated by using molecular dynamics …

(Au) was explored through molecular dynamics simulations. A comparative understanding of
the deformation behavior of three substrate materials important for design and high …

Nanoimprint Lithography is a versatile nanomanufacturing technique that can make a
significant impact on medical science and engineering. The major challenge in …