Inkjet printing is the most widespread technological application of microfluidics. It is
characterized by its high drop productivity, small volumes, and extreme reproducibility. This …

Over the course of millions of years, nature has evolved to ensure survival and presents us
with a myriad of functional surfaces and structures that can boast high efficiency …

We present an experimental study of drop-on-demand inkjet behavior, with particular
emphasis on the thresholds for drop generation and formation of satellite drops, using inks …

Flexible and wearable electronic devices are emerging as the novel platform for portable
health monitoring, human–machine interaction, and some other electronic/optic …

Inkjet printers eject drops from microscopic nozzles and deposit them on substrates. For a
number of years after its initial development, inkjet printing remained a method for …

Droplets splash when they impact dry, flat substrates above a critical velocity that depends
on parameters such as droplet size, viscosity, and air pressure. By imaging ethanol drops …

This paper describes a lattice Boltzmann-based binary fluid model for inkjet printing. In this
model, a time-dependent driving force is applied to actuate the droplet ejection. As a result …

Whether a thin filament of liquid separates into two or more droplets or eventually
condenses lengthwise to form a single larger drop depends on the liquid's density, viscosity …

Bioprinting has emerged as a flexible technology in tissue engineering to mimic biological
and functional organizational complexity of native tissues. Drop-on-Demand (DoD) …

The development of textiles that repel droplets following droplet impact at a high velocity is a
common requirement in a number of applications, ranging from waterproof clothing to inkjet …