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- Article name
- A METHOD OF COMPUTER MODELING OF PRODUCT STRENGTH BY REPLACING MATERIALS USING MODERN INFORMATION TECHNOLOGIES
- Authors
- Mukhutdinov A. R., , muhutdinov@rambler.ru, FSBEI HE "Kazan National Research Technological University", Kazan, Russia
Bogdanov R. R., , brayul@mail.ru, FSBEI HE "Kazan National Research Technological University", Kazan, Russia
Vakhidova Z. R., , MRZulphiya@rambler.ru, Higher Education Institution "TISBI University of Management", Kazan, Russia
- Keywords
- Kompas 3D V23 / APM-FEM / 3D model / bending test / forklift forks / Steel 40 / Steel 40KhM
- Year
- 2026 Issue 1 Pages 37 - 41
- Code EDN
- QZDAEC
- Code DOI
- 10.52190/2073-2597_2026_1_37
- Abstract
- This article describes a developed and tested comprehensive methodology for computer modeling the strength of electric forklift fork material using modern information technologies. It demonstrates how replacing forklift material using computer modeling and a computational experiment with 3D models can improve the technical and economic performance of production. Experiments conducted on electric forklift forks confirm the results obtained using standard samples. A comparative analysis of experimental data and computer modeling results was conducted. Strength improvements and cost reductions were achieved through the following upgrade: replacing Steel 40 with Steel 40KhM. The automated design system allows for determining the stress experienced by forklift forks under load.
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