مهندسي معكوس ابزار كلينچ و ساخت نمونه داخلي به همراه شبيه‌سازي المان محدود فرآيند كلينچ

This thesis presents a reverse engineering analysis an‎d finite element simulation of a clinching tool. Components of the clinching tool were disassembled an‎d individually tested. The tests included hardness testing, quantitative metallography, conventional metallography, an‎d X-ray diffraction analysis. The results of these tests are presented in detail. Based on the experimental findings, a suitable material was selec‎ted, an‎d the tool was fabricated. According to the tool testing results, the tool tip was originally made of tungsten carbide. In this project, M2 steel, a more affordable material with a significant yield strength, was used as a substitute. Subsequently, the fabricated tool was tested, demonstrating that M2 steel can be a suitable replacement for tungsten carbide in clinching tool manufacturing. Finally, the obtained results can be utilized to localize the aforementioned technology

عليرضا مومني

محمد خدائي

ايمان فخاري گلپايگاني , حامد رضوي بني