A Quick Look at the Applications of Nanotechnology in Mechanical Engineering

The nanoscale is the intermediary between the Mechanical Engineering and the atomic state. According to Nobel Prize-winning physicist Doctor Richard Feynman, it is ripe for investigation, subsequent manipulation, and development of complex & effective structures.

From materials with enhanced features & properties to minuscule machines with specific operations, nanotechnology is a flourishing domain and utilized by industries all over. And one particular industry where nanomaterials and technology find widespread & persistent application is the mechanical engineering industry.

Nanotech in Mechanical Engineering: The Most Prominent Applications

The mechanical engineering industry provided the major impetus and was at the forefront of nanotech innovations. Naturally, the applications of nanotechnology are many and marvelous.

Advancements in observation & analysis tools (electron microscopes, tunneling, atomic force microscopes, electromagnetic spectrometers) played a crucial role in developing nanotech fabrication. Research & development led to the manipulation of entities measuring in the nanoscale generally involves modification of atoms and molecules, which leads to the manifestation of desirable properties at higher scales. And today, we have an array of nanomaterials, including ceramics, polymers, and fibers in every shape & size, as well as different kinds of complex structures & materials and even autonomous machines.

If you are working on your first mechanical engineering assignment and wish to explore more, then look at some of the most astounding applications below.

  1. Carbon Nanotubes

Carbon nanotubes are molecules that are shaped like cylindrical tubes. They are built by folding singular layers of carbon atoms or graphene. Carbon nanotubes can be single-walled or have multiple walls with numerous interlinked concentric graphene layers.

One prominent application is in body armor design for armed forces and law enforcement. Nanotechnologies such as carbon nanotubes currently find applications in advanced body armor designs that enhance their ability to absorb blunt force trauma from bullets & other weapons.

Understanding the technicalities underlying nanotechnology applications in mechanical engineering can be tricky and quite tough. Look for professional mechanical engineering help services for expert aid, if need be.

  1. Solar Panels

Silicon nanocrystals have found their way into the design of solar cells. Researchers are now employing quantum dot nanocrystals to improve the efficiency of solar cells. R & D at MIT have now developed a technique for manufacturing defect-free graphene sheets, which can be used to create lightweight solar cells.

Numerous researchers across major universities have successfully used nanotechnology & nanomaterials to improve the efficiency of solar panels. Some of the most revolutionary and effective nanotech structures used are:

  • Phosphorene nanosheets,
  • 3D- honeycomb-like graphene sheets,
  • Quantum dots,
  • Singular molecule thick graphene sheets,
  • Semiconducting nanowires built using Au-nanoparticles & zin oxide,
  • Au nanomesh
  • Silver nanocubes, etc.

Solar energy is a leading player in the sustainable energy industry.

  1. Functional Materials

The design and development of nanoelectronics is another major technological innovation.

Nanomaterials exhibit exceptional properties such as increased strength, selective thermal, optical, electrical, & thermal capabilities, etc., that can boost performance at the nano as well as macroscale.

  1. Nanoarchitecture for Improved Material Mechanics

As mentioned, nanomaterials possess amazing properties such as enhanced strength, durability, toughness, ductility & malleability, damage resistance, etc. Materials with unique nanoarchitecture can boost the quality and capability of manufacturing materials through advanced processing and manufacturing techniques.

A foremost field of development in nano-mechanics is the development of nanomaterials with intrinsic tensegrity. They exhibit immense strength and increased flexibility & can be used across different domains, from manufacturing to construction, medicine, and the like.

Final Thoughts

The unique and beneficial features & characteristics of nanomaterials & the remarkable potential of nanoengineering have accelerated research and development in nanotechnology. Mechanical engineering has always shared an intricate relationship with nanotech.

The study and applications of nanotechnology are now central to the mechanical engineering domain. Students need to give their all to master everything, and practical & theoretical assignments form a vital part of their journey. Expert mechanical engineering assignment & homework help & fluid mechanics assignment help can become necessary, so look for reputed academic services providers for aid.

Author-Bio: Jonah Graham is a professor of mechanical engineering from a major university in Seattle, Washington, USA. He is also a part-time tutor and provides mechanical engineering assignment help at All Essay Writer, USA’s largest academic service provider.

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