Bio-mimicking is the process of mimicking the various patterns, models, and systems of
nature to take inspiration and solve human problems. The fractal-like patterns are seen in …

In order to get inspiration and find solutions to human issues, bio-mimicking is the act of
mimicking the diverse patterns, models, and systems of nature. The human body's veins …

Abstract The Saffman-Taylor instabilities are generated due to the mating of two or more
viscous fluids in the Hele-Shaw cell. The Hele-Shaw cell comprises two parallel plates …

The development of viscous fingering patterns using fluid shaping techniques is required to
mimic several natural and biological systems. The conventional Hele-Shaw cell and Lifting …

ABSTRACT Lifting plate Hele-Shaw cell involves a high viscous fluid sandwiched between
two parallel plates. The low viscosity fluid (air) enters from the periphery when one of the …

This study presents an experimental investigation of viscous fingering formation under
anisotropies in Hele-Shaw cell. The lifting plate Hele-Shaw cell employed in this study …

Stability is one of the important aspects of life, our everyday systems—the permanence of
things. When this stability gets disturbed, instability is produced. Sometimes this instability is …

The Stokes flow between two flat parallel plates caused when the plates are separated by
an infinitesimal distance is termed Hele-Shaw flow. This flow is replicated with the help of a …

We simulate viscous fingering generated by separating two plates with a constant force, in a
lifting Hele-Shaw cell. Variation in the patterns for different fluid viscosity and lifting force is …

Viscous fingering (VF) or Saffman–Taylor (ST) instabilities are used in sugar refining, oil
recovery, hydrology, filtration, regeneration chemical processing, and tissue engineering. FV …