基于Arduino XZ头的FDM机器网络及引擎构建设计

Radhi Ariawan, Nur Akhlis Sarihidaya Laksana, Unggul Satria Jati, Roy Aries Permana Tarigan
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引用次数: 0

摘要

FDM是一种AM方法,由于可以形成的物体几何形状的灵活性,目前正在开发中。本研究旨在设计XZ-Head型FDM发动机的机架和驱动器。进行了应力模拟,以确定框架XZ设计中的安全系数。计算了扭矩、剪切应力、轴向应力和临界载荷形式的丝杠参数,以确定驱动电机的扭矩要求。校准步进电机的线性轴的值,以确定打印输出的尺寸。基于仿真,XZ框架上的动应力和静应力分别为1.9MPa和2MPa。屈服强度为55MPa,安全系数为28。导螺杆扭矩(TR)和(TL)的计算结果分别为18.27 N.mm和6.60 N.mm。螺杆的计算标称剪切应力()为0.43 N/mm2,轴向加载应力(。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Rancang Bangun Rangka dan Penggerak Mesin FDM Berbasis Arduino Tipe XZ-Head
FDM is an AM method that is currently being developed due to the flexibility of the object geometry that can be formed. This study aims to design the frame and drive of the XZ Head type FDM engine. Stress simulation was carried out to determine the safety factor in the frameXZ design. Lead screw parameters in the form of torque, shear stress, axial stress, and critical load were calculated to determine the torque requirement of the driving motor. The value of the linear axis of the stepper motor was calibrated to determine the dimensions of the printed output. Based on the simulation, the dynamic and static stresses on the XZ frame were 1.9 MPa and 2 MPa. The yield strength was 55 MPa with a safety factor of 28. The results of the calculation of the lead screw torque (TR) and (TL) were 18.27 N.mm and 6.60 N.mm. The calculated nominal shear stress of the screw () was 0.43 N/mm2, the axial loading stress () was -0.62 N/mm2, and the critical load (Wcr) was 9986.41 N. The difference in dimensions of the measurement results in the X and Z planes was 0.22 and 0.17 mm larger than the target dimensions of 20 mm.
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