This paper aims to investigate the effects of intermolecular potential on adhesive wear
behaviors of microcontacts between a rigid flat and an elastic-plastic sphere, using a Finite …

We study a planar, holey-metal lens made as a set of concentric circular arrays (rings) of
nanoscale holes milled in a subwavelength-thick metal film. Each nanohole a finite-length …

Micro scale laser bulge forming is a high strain rate micro-forming technique, which employs
the shock wave pressure induced by a laser pulse to deform thin metals to 3D …

Micro-scale laser dynamic flexible forming (μLDFF) is a new kind of high velocity forming
(HVF) process, which uses laser shock wave pressure to realize thin metal sheets micro …

Laser shock forming (LSF) of commercially pure (CP) titanium foil with different levels of
laser energies, namely 675mJ, 1200mJ, 1800mJ, and 2000mJ has been investigated. Even …

Fabrication of plasmonic nanostructures has been an important topic for their potential
applications in photonic and optoelectronic devices. Among plasmonic materials, gold is …

Graphene has many promising physical properties. It has been discovered that local strain
in a graphene sheet can alter its conducting properties and transport gaps. It is of great …

Microforming of metals has always been a challenge because of the limited formability of
metals at the microscale. This paper investigates an innovative microforming technique …

Nanosecond pulsed laser shock processing (LSP) techniques, including laser shock
peening, laser peen forming, and laser shock imprinting, have been employed for …

This paper presents a novel microscale laser dynamic flexible forming (μLDFF) technique on
plastic forming of thin metal sheets. This process utilizes flexible rubber material as a soft …