Rudyk, Oleksandr YuhymovychShevchuk, Vitaly MykolayovychDanyuk, Dmytro SerhiyovychSoroka, Ilya Hryhorovych2025-10-202025-10-202025Combination of education and research based on using CAD/CAE system SolidWorks / O. Yu. Rudyk, V. M. Shevchuk, D. S. Danyuk, I. H. Soroka // Ресурсно-орієнтоване навчання в «3D»: доступність, діалог, динаміка: збірник тез доповідей V Міжнародної науково-практичної інтернет-конференції (м. Полтава, 20–21 лютого 2025 року). – Полтава: ПНПУ імені В.Г.Короленка, 2025. – С. 608-612. – Режим доступу: https://drive.google.com/drive/u/0/folders/1lB7BAXWSPHjrbKeCAy8DW4DDUf0PtGCshttps://elar.khmnu.edu.ua/handle/123456789/19668By repeated calculations in SolidWorks Simulation – divided the bushing model into finite elements; built a matrix of its rigidity; carried out the synthesis of the finite elements of its model; solved the resulting system of algebraic equations; determined the components of the stress-strain state. Since the minimum coefficient of safety margin for a bushing made of steel Art. 3 is nmin = 1.622e+02, which is more than the permissible [nmin] = 5, then its margin of strength is sufficient.For designed a stand for repairing car gearboxes a solid-state model of the stand bushing was built and its stress-strain state was simulated. The purpose of this study is the possibility of replacing steel 45 with cheaper and more accessible steel of st. 3.enSolidWorksSolidWorks Simulationstand for repairing car gearboxesbushingminimum coefficient of safety marginТези доповідей