Electrospun nanofibers have been extensively utilized in biomedical, tissue engineering as well as drug delivery applications.
Hydroxyapatite (HA) has been extensively utilized in the field of biomaterials as a bioactive ceramic.
Hydrogen peroxide has been extensively utilized as an alternative liquid oxidant in place of gaseous oxygen.
Therefore, square multi-cell structures have been extensively utilized as energy absorbers in automobiles.
This concept has been extensively utilized to damp surges in pressure swing absorption processes.
However, few of these approaches have been extensively utilized in real-world settings.
Recently, critical nozzles have been extensively utilized to measure the mass flow rate in a variety of industrial applications.
The point sound source model calculating the transfer matrix of thin acoustic cavities has been extensively utilized in analyzing certain mufflers.
Mutations, serving as the raw materials of evolution, have been extensively utilized to increase the chances of engineering molecules or microbes with tailor-made functions.
Laser micromachining has been extensively utilized to fabricate polymer based biomedical devices and is well known for producing high throughput fabrication at very low costs.
In recent decades, mathematical modeling and engineering applications of fractional-order calculus have been extensively utilized to provide efficient simulation tools in the field of solid mechanics.
