The past two decades have witnessed the dawning of a new age for the scientific study of
people's quality of life. For the first time in its history, both scholars from a variety of …

Picosecond laser processing technology provides an extremely important and flexible
platform for advanced precision manufacturing. Whereas conventional laser cutting of metal …

Condensation, a ubiquitous phenomenon with applications ranging from power generation
to climate control in buildings, features a complex interplay of surface properties, heat …

In the ever-evolving landscape of modern high-power electronics, efficient thermal
management solutions play a pivotal role in determining device performance and longevity …

Copper hybrid functionalization that leads to copper hydroxide nanoneedles grown on top of
femtosecond laser surface processed (FLSP) copper microstructures is experimentally …

In this work, pool boiling results using functionalized 6061 aluminum surfaces with PF-5060
as the working fluid are presented. Femtosecond laser surface processing (FLSP) is used as …

In the present work, the integration of femtosecond laser surface processing (FLSP) with
copper hydroxide on hybrid surfaces was examined. The goal was to determine the impact …

Copper substrates were functionalized using ultrashort pulsed laser surface processing to
create micro-and nano-scale features to enhance the electrocatalytic nature of the surfaces …

Although there are different ways that advanced manufacturing can be performed, the use of
single-point heat sources has become the standard to control a final product's properties. It …

In this work, functionalized metallic surfaces are tested in a series of pool boiling
experiments with efforts being made to increase critical heat fluxes (CHFs) and heat transfer …