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International Journal of Research and Development in Engineering Sciences
Volume 5, Issue 2 (March - April)
Article type:
Published: 10 April 2023 |Pages: 18 - 22 |ISSN: 2582 - 4201
https://doi.org/10.63328/IJRDES-V5RI2P4
Copyright © 2023 Jithin Das
International Journal of Research and Development in Engineering Sciences
Open Access publication.

Non-Pneumatic Innovations for Sustainable and High Performance Mobility

Jithin DasiD1

Abstract

Non-pneumatic tyres, also known as airless or solid tyres, are a breakthrough innovation in tyre technology that aims to alleviate the recurrent issues associated with standard pneumatic tyres. The age-old problem of flat tyres, which causes unforeseen difficulties and expensive repairs, motivated the investigation of alternate tyre alternatives. Non-pneumatic tyres have evolved as an effective answer to this issue. Innovative materials and complicated structural designs are used in the development of non-pneumatic tyres. Unlike ordinary air-filled tyres, these tyres are made of solid, robust materials with complicated shapes. These properties enable them to withstand a variety of terrains and circumstances without punctures or blowouts, lowering the frequency of tire-related concerns. Extensive testing and analysis produced encouraging findings. Non-pneumatic tyres have shown to be extremely durable, considerably decreasing the requirement for maintenance. Finally, non-pneumatic tyres represent a significant advancement in tyre technology. Their application has far-reaching implications, ranging from the automobile industry to construction and beyond. These tyres have the potential to minimize downtime, maintenance costs, and environmental effect, making them an important breakthrough in the tyre design and manufacturing industry. As non-pneumatic tyre research progresses, widespread acceptance promises to usher in a new age of tyre technology, overcoming the long-standing difficulties associated with traditional pneumatic tyres and delivering a more dependable and cost-effective alternative for a variety of applications.

Keywords: NPTs, 3D Printing, FE, Smart Materials, PU/CNTs

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