2023
DOI: 10.1177/09544062231192168
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Investigation on the effect of strain rate on standard involute and asymmetric polymer gears using the newly design fixture for single tooth testing method

Mohit Jain,
Santosh Patil

Abstract: Effect of strain rate on the single tooth strength of nylon-based gear has been investigated using a newly designed testing fixture. An adjustable single tooth testing fixture has been designed and developed for the purposed of single tooth loading test which is able to accommodate the gear with varying thickness. Injection molded nylon-6 and SLS (selective laser sintering) printed glass filled nylon-6 standard involute and asymmetric gear tooth have been investigated for their single tooth loading test at thr… Show more

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Cited by 1 publication
(2 citation statements)
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“…Accordingly, a series of articles within this Special Issue is dedicated to the mathematical modeling of different state-of-the-art problems in gears. 10–13 One of the subjects in focus in this field is new materials for gear manufacturing with an investigation of their characteristics versus traditional steel gears. In these senses, polymer gears were investigated by Jain and Patil, 10 who presented an investigation on the effect of strain rate on standard involute and asymmetric polymer gears using the newly designed fixture and methodology.…”
mentioning
confidence: 99%
See 1 more Smart Citation
“…Accordingly, a series of articles within this Special Issue is dedicated to the mathematical modeling of different state-of-the-art problems in gears. 10–13 One of the subjects in focus in this field is new materials for gear manufacturing with an investigation of their characteristics versus traditional steel gears. In these senses, polymer gears were investigated by Jain and Patil, 10 who presented an investigation on the effect of strain rate on standard involute and asymmetric polymer gears using the newly designed fixture and methodology.…”
mentioning
confidence: 99%
“…10–13 One of the subjects in focus in this field is new materials for gear manufacturing with an investigation of their characteristics versus traditional steel gears. In these senses, polymer gears were investigated by Jain and Patil, 10 who presented an investigation on the effect of strain rate on standard involute and asymmetric polymer gears using the newly designed fixture and methodology. On the other side, Vasileiou et al 11 give a comprehensive investigation of the characteristics of fully ceramic gears, focus the research on the main challenges of using high-end ceramic gears, and attempt to provide insight on defining the design envelope of such gears to counter the main disadvantages.…”
mentioning
confidence: 99%