Research and Application in Low-Dimensional Bionanomaterials

Dear Colleagues,

Significant research attempts on nanofluids are being made in recent years owing to extraordinary thermodynamic properties. Nanofluids can be used to cool vehicle generators, air conditioners, high-flux equipment, washing machines, high-power microwave ovens, heavy-duty laser diode arrays, and a variety of welding devices. In addition, major developments in nanotechnology have open the potential of using magnetized nanoparticles treat brain tumors, pharmacological therapies, artificial heart surgery, artificial lungs, cancer therapy, etc. Advanced nanotechnology has proposed several helpful methods targeted at the interaction of nano-materials to raise fossil fuel use and alleviate environmental crises. The basic concept of these nano-materials with improved the thermophysical characteristics, which was eventually expanded through several researchers. Nanoliquid has the greatest thermal conductivity associated with the basis liquid. In the fields of industrial and engineering including the electronic cooling machines, nano-materials have a high potential for increasing heat transformation characteristics. In reality, the specific application of nanofluids in nano-materials constructed of metals, oxides, jets, mechanism of heat transformation, nuclear reactors, and refrigeration electrical devices also heating system, medications, nano-tubes and carbon steels, respectively.

In this Special Issue, we look forward to receiving the submission of high-quality and original research works which focus bionanomaterial.

The scope includes, but is not limited to:

• Non-Newtonian nanofluids;
• MHD nanoparticles;
• Multiphase nanofluid flow;
• Bio-Nanofluid flow in porous media;
• Thermophysical properties of nanofluids;
• Application of nanotechnology in renewable energy, agriculture, safety and environment, cosmetics, robotics, and other engineering aspects.

Dr. Iskander Tlili
Guest Editor

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