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Nanotechnology: Transforming the Automobile Industry

What's the role of nanotechnology in mechanical & Automation?

Every aspect of nanotechnology has advanced in the recent decade, including nanoparticles and powders, nanolayers and coatings, electrical, photonic, and mechanical nanodevices, and nanostructure biological materials. Nanotechnology is expected to have a significant impact in all disciplines of science and technology in the next 20-30 years.

Coatings

Nanocoating refers to the process of applying a nanometer-scale layer to a material or covering a nanoscaled substance.

Aerospace 

Nanotechnology could help reduce the size of gear, which would reduce the amount of fuel used to get it to fly.

Catalysis 

From fuel cells to catalytic converters and photocatalytic devices, potential nanoparticles are used in catalysis.

Automobile Industry

Nanotechnology will play a significant role in sparkplugs. Nanomaterials are being evaluated for use in sparkplugs because they are the most grounded, tougher, and wear resistant.

Fuel Tanks

Recent research has discovered a significant reduction in fuel transmission through nanomaterials when nanoclay filler is joined. As a result, these materials are regarded as gas tank and fuel line segments for automobiles.

Corrosion Protection

Surface coatings protect metals and alloys from corrosion, and they should be resistant to both mechanical and chemical attack. Because of their greater hardness and flexibility, nanomaterials are scratch resistant.

Join us today! Enroll now and get a course relevant to your discipline !

What Makes Nanotechnology  So Different?

  • Nanomaterials exhibit unique physical and chemical properties.
  • Gas-tight materials, dense components, and porous coatings have all been made with nanosized metallic powders.
  • Nanophase ceramics are of particular interest because, as compared to coarse-grained ceramics, they are more ductile at high temperatures.
  • Luminescence in silicon powders and silicon germanium quantum dots as infrared optoelectronic devices are examples of non-linear optical features of nanostructured semiconductors.
  • The optical and magnetic characteristics of nanostructured materials have improved.
  • Nanomaterials have a very high surface area to volume ratio due to their microscopic dimensions.

Future Scope of Nanotechnology in Mechanical & Automation Industry

Nanomaterials can considerably improve the safety and longevity of transportation vehicles due to their unique physical and chemical properties.

1

The use of hydrophobic nano coating technology to produce a car that cleans itself. This carefully created high-tech nano paint repels water and oil when applied to the exterior of a car, producing a protective layer between the car body and the environment.

2

People could change the color of their car in a fraction of a second with nano paints at the touch of a button! Nano paints can produce the entire spectrum of colors due to their ability to reflect light.

3

The first and most significant advantage of nanotechnology applications is the ability to create lighter and stronger materials. The fuel consumption of automobiles could be drastically reduced as a result of weight reduction.

4

The reduction of pollutants emissions from engines has recently become the most highlighted concern in the transportation industry for environmentally friendly technology. To do this, a coating of aluminium nanoparticles could be applied to the cylinder walls to reduce friction.

Latest Research topics in Mechanical & Automation sector

The latest trend in Mechanical & Automation is more about Insect-sized robots, wearable sensors, and tensegrity materials and thus, redefining their roles as Innovators.

Graphene Fibers with Optimized Conductivity and Strength

This study paves the path for additional research into optimizing fibre assembly and microstructure in order to build high-performance Graphene fibers. This method could be applied to various materials to create hierarchical structures for a variety of purposes.

Thermal Radiation Controlled Using Nanostructure

Thermo photovoltaic cells, thermal management systems, and next-generation semiconductor packaging all benefit from their thermal radiation control technologies. It could potentially be used as a source of renewable energy for IoT sensors.

Precision Motion and Automation Sub-System Solutions

The latest state-of-the-art precision motion technologies are on display at PI's booth, just a few steps past the foot of the escalator into the exhibit hall of the world's largest multidisciplinary photonics event. For precision motion initiatives in industry, research, and science, PI engineers are available to answer problems and suggest solutions.

Nanostructure Changes Color When Finger Comes Near

Touchscreens are useful, but touch less displays would be far better. That's because, while touchscreens have aided the smartphone's advancement into our life and are required for us to use cash registers and ticket machines, they do have certain drawbacks.

Economical Sound-Absorbing Nanofoam

A young scientist from the Far Eastern Federal University (FEFU) and others have discovered a new breakthrough material capable of decreasing noise levels by 100%. The new foam substance is more efficient than traditional analogues, reducing noise transmission by 20-22 decibels.

Nanoparticle Measuring Devices using Atomic Blasting

Researchers at the National Institute of Standards and Technology (NIST) have recently demonstrated that a standard ion-beam approach can be fine-tuned to create structures with depths adjusted to within a single silicon atom's width.

Benefits of Learning about  Nanotechnology

Nanotechnology is one of the most stimulating frontiers in medicine, renewable energy, and agribusiness. According to Research and Markets, the global nanotechnology industry might be worth around $174 billion by 2025, after expanding at an 18.1 percent compound annual growth rate between 2016 and 2025. Its emerging applications in the three businesses indicated above, as well as a slew of others, could bolster essential interest in linked developments, allowing for a variety of positions along the way.

Each Courses and its Modules are selectively developed to give best of real life and market knowledge.

  • Focused Courses

  • Well Researched Modules

  • Latest Knowledge

  • Industry & Skill Orientation

Essential Takeaways for Mechanical & Automation students:

  • B. Tech students to have insights on what are the latest developments across globe
  • M. Tech students can find interesting Research topics to work and solve Mechanical & Automation Industrial challenges
  • Researchers can find better ways to handle mission critical research and develop path breaking products.
  • Opportunity to write and Publish Research Project and Get Live Industry relevant challenges to work on.

Course Benefits:

Learn directly from experts

Ideal for Major/ Minor projects and dissertation

Self-Study Course Material.

Prepare Live Projects

Get to know real-time environmental Issues

Award Of Statement Of Marks

Learn the smarter way from home

Independent knowledge enhancement

Award Of Certificate

Note: Beneficiaries

  • Under-Graduates (B. Sc., B.Tech., B.E) 
  • Post- Graduates (M. Sc., M. Tech, M.E)
  • Industrial people/ Researchers/ Academicians

Streams: Mechanical and Aeronautics, Automation & Robotics, Civil, Architecture, Physics, Chemistry, Nanoscience & Technology, Materials Science, Metallurgy, Textile, Polymer, Chemical.

The Featured Projects

Project customized specially for Mechanical & Automation stakeholders who wish to upgrade their skills as per industry
requirements.

  • Synthesis of polymer coated Nanomaterials for specific applications
  • Formulation of resin based Graphene coatings for anti corrosion applications
  • Synthesis of ferro-fluids and determining their mechanical properties
  • Characteristic study of Tio2 based thin films and nanodispersions for photocatalytic applications.
  • To prepare hydrophobic coatings using nano silica for enhancing mechanical properties of the surface
  • Study of electrical conductivity of Graphene nanoplatelets
  • Study of transmittance and reflectance properties of nano zirconia for solar cell applications
  • Nano alumina based aqueous dispersions to replace conventional cutting fluids

Get started now!

Want to know more Projects ?

Various Job Opportunities

Research Scientist
Manufacturing Engineers
Research Assistant
Principal Scientist
Nanotech-Research Asst.
Project Associates
Executive Mech. Engineer
Associate Mech. Engineer
R&D Engineer 

Recommended Courses

The Program Nanotechnology in Waste to Nano-material Production & Industrial Certification is an advanced program meant to enhance the knowledge base of participants in the area of production of Nano-material from various waste products.

This program aims to shine light on the third generation solar cells, as it is the only renewable form of energy which encompasses the use of nanotechnology. Here we shall discuss in detail how nanotechnology is used in third generation solar cells, their individual components, fabrication strategies, and their future.

Nanotechnology has affected nearly every field of Engineering and Science but most of the innovation and funding in Nanotechnology came from Electronics giants. Marketing and making of Nano gadgets started from the computers and mobiles which are the only machines made at Nano scale that were available economically in the market at a very early stage.

The industry level program is an advanced program meant to enhance the knowledge base of participants who have a very basic knowledge of Nanotechnology. It equips the participant to be able to understand the practical and business aspects of various Nanotechnology techniques and materials from the point of view of the industry.

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