Microchannels based on microelectromechanical systems (MEMS) have received a lot of
interest in the microfluidics and biomedical fields over the past forty years. While their …

The demand for clean and sustainable alternative energy resources is linearly increasing
day by day due to the prevailing electricity crisis. Small-scale energy harvesting is …

Bimetals are widely used in technology and industrial and fields due to bimetallic effect. In
this work, the comparative analysis for thermal deformation between Aluminum-Steel and …

This research article presents Fuzzy estimation of fluidic parameters for valve-less
micropump. The drug delivery system is incomplete without a micropump. The proposed …

Steel and copper are the most widely used materials around the world. In this work, the tip
deflection of a fixedfree support Copper-Steel bimetallic strip is simulated using Fuzzy Logic …

Deoxygenated blood travels from the jugular veins to the heart. Due to Lemierre syndrome
and blood clot development, blood cannot flow through these veins, which resemble a J-tip …

Zinc Oxide (ZnO) nanorods have been extensively studied owing to their exceptional
materials properties as well as outstanding performance in optics, electronics, and …

In the last few decades, micro-fluidic devices have gain enormous attention due to their
excellent applications in the field of bio-medical, electronics and energy. However, among …

Structural steel has become one of the most widespread building materials from last
hundred year. It is broadly used in critical infrastructure such as buildings, cylinders, and …

In the modern era of innovation and technology, robots-based surgery is emerging as a
revolutionized surgical method over conventional open surgical methods. Among various …