Indian Journal of Engineering & Materials Sciences

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A Validation of Material, Design, and Physical Properties of Weightlifting Shoes Based on 3D Models


Affiliations
1 Department of Leather Technology, Alagappa College of Technology, Anna University, Chennai 600 020, India
2 Shoe & Product Design Centre (SPDC), CSIR- Central Leather Research Institute-Adyar, Chennai 600 020, India
 

This research paper explores the enhancement of weightlifting shoe (WLS) performance through a unique combination of physical analysis (PHA) and finite element analysis (FEA). While FEA is extensively employed in diverse design fields, its application to optimizing weightlifting shoes remains unprecedented. WLS underwent comprehensive physical testing, including evaluations of energy absorption, density determination, abrasion resistance, slip resistance, and compression, with subsequent calculation of mean values. Utilizing Creo software, 3D models of WLS soles were created and imported into the ANSYS workbench for detailed analysis. This analysis encompasses the assessment of critical parameters like total deformation, directional deformation, von mises stress, and von mises strain. The outcomes of this study offer a promising framework for enhancing the quality, design, and performance of weightlifting shoes, potentially benefiting both athletes and manufacturers in the field.

Keywords

Sports shoes, Finite element analysis, Weightlifting shoe, Footwear, Shoe Sole.
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  • Moore K L, Dalley A F, Clinically Oriented Anatomy; Wolters kluwer india Pvt Ltd, 2018

  • N Horvais, P Samozino, X Chiementin, J B Morin, M Giandolini, Footwear Sci, 11 (2019) 35.

  • Cardoso H, Guimarães M, Lopes L, Lino Alves J, J Mat Desi and App, 233 (2019) 2253.

  • S. Lin, Y Song, X Cen, K Bálint, G Fekete, D Sun, Bioengineering, 9 (2022) 497.

  • B Nigg, Footwear Sci, 1 (2009) 73.

  • M I Hasan, T Rashid, M S Arefin, 2015.

  • B M Nigg, A Subramanium, E S Matijevich, Footwear Sci, 14 (2022) 133.

  • A R Luftglass, D F Feeney, R M Queen, Footwear Sci, 15 (2023) 193.

  • J J Hannigan, C D Pollard, J Sci Med Sport, 23 (2020) 15.

  • Yawar, D E Lieberman, Exerc Sport Sci Rev, 51 (2023) 128.

  • V. Filardi, J Orthop, 15 (2018) 974.

  • X Shang, Z Shen, G Xiong, F Y Wang, S Liu, T R Nyberg, H Wu, C Guo, Int J Comput Integr Manuf, 32 (2019) 194.

  • B Szabó, I Babuška, Wiley, 2021.

  • S. Trivedi, JOBCR, 4 (2014) 200.

  • Y. Song, E Shao, I Bíró, J S Baker, Y Gu, Heliyon, 8 (2022) e10940.

  • Baumfeld D, Raduan, F C, Macedo B, Silva T A A, Baumfeld T, Favato D F, de Andrade M A P, Nery C, J Orth Sur & Res

  • Silva R, Rodrigues J, Pinto V, Ferreira M, Russo R, Pereira C, Poly Testing, 28, (2009) 642.


Abstract Views: 110

PDF Views: 61




  • A Validation of Material, Design, and Physical Properties of Weightlifting Shoes Based on 3D Models

Abstract Views: 110  |  PDF Views: 61

Authors

Vigneshwaran Sankar
Department of Leather Technology, Alagappa College of Technology, Anna University, Chennai 600 020, India
Rajesh Chengamchetty Murali
Shoe & Product Design Centre (SPDC), CSIR- Central Leather Research Institute-Adyar, Chennai 600 020, India
D. Suresh kumar
Shoe & Product Design Centre (SPDC), CSIR- Central Leather Research Institute-Adyar, Chennai 600 020, India
Kaliappa Krishnaraj
Shoe & Product Design Centre (SPDC), CSIR- Central Leather Research Institute-Adyar, Chennai 600 020, India

Abstract


This research paper explores the enhancement of weightlifting shoe (WLS) performance through a unique combination of physical analysis (PHA) and finite element analysis (FEA). While FEA is extensively employed in diverse design fields, its application to optimizing weightlifting shoes remains unprecedented. WLS underwent comprehensive physical testing, including evaluations of energy absorption, density determination, abrasion resistance, slip resistance, and compression, with subsequent calculation of mean values. Utilizing Creo software, 3D models of WLS soles were created and imported into the ANSYS workbench for detailed analysis. This analysis encompasses the assessment of critical parameters like total deformation, directional deformation, von mises stress, and von mises strain. The outcomes of this study offer a promising framework for enhancing the quality, design, and performance of weightlifting shoes, potentially benefiting both athletes and manufacturers in the field.

Keywords


Sports shoes, Finite element analysis, Weightlifting shoe, Footwear, Shoe Sole.

References