rivet joint
英 [ˈrɪvɪt dʒɔɪnt]
美 [ˈrɪvɪt dʒɔɪnt]
网络 联合铆钉; 铆接; 铆钉连接; 铆钉接头; 铆钉
双语例句
- Research and development of inside rivet joint for high precision parts
高精度零件模内自动铆接技术的开发 - Revealing the Secret of Rivet Joint
铆钉接头揭秘拉坯矫直机 - Revealing the Secret of Rivet Joint The Cutter Adapters Design of Facing Weld Steel Tubes
铆钉接头揭秘平头机刀盘的设计 - Strength analysis of rivet and bolt joint structure in aluminum alloy car body of high-speed train
高速列车铝合金车体中铆钉和螺栓联接结构的强度分析 - The effects of Al foil morphology, powder on the Al foil surface, thickness of Al2O3 film, lead quality, control of vivet joint on contact resistance were studied by the means of metallographical analysis and comparisons of contact resistances after rivet joint for Al foils.
通过金相分析和铝箔铆接后的接触电阻对比，研究了铝箔的腐蚀形貌、铝箔表面粉状物、氧化膜厚度、引线质量、铆接工序控制等对接触电阻的影响。 - Revealing the Secret of Rivet Joint A Combined and Shared Gear Transmission
铆钉接头揭秘组合共用齿轮变速机 - The Application of the Inside Rivet Joint to Progressive Dies
模内铆接在级进模上的应用 - A Circuit Jumper Former Revealing the Secret of Rivet Joint
跳线成型机铆钉接头揭秘 - Revealing the Secret of Rivet Joint Research on the Tractor Inlet Silencer
铆钉接头揭秘拖拉机进气消声器研究 - The electromagnetic rivet can form the rivets once. The interference is uniformity and the riveted joint quality is high.
电磁铆接可以一次成形，铆接质量稳定，干涉量均匀。 - A simplified mechanical model is established to simulate the complicated rivet joint structure and finite element software is applied to the detail analysis of above model.
首先建立简化的力学模型模拟复杂的铆钉连接件结构，并用有限元软件对所建立的模型进行细节应力分析。 - Research on Low Electric Voltage Electromagnetism Rivet Joint Heading Processes
低电压电磁铆接成形工艺的研究 - Experimental method is used to study the effect of die geometric variables, rivet geometric variables, rivet hardness and sheet thickness on the riveting load and riveted joint apparent quality in the riveting process.
运用有限元方法和实验方法，全面分析了模具几何参数、铆钉几何参数和硬度以及板料厚度对铆接过程中铆接力和铆接接头表观质量的影响。 - Results show that, undercut and tensile shear strength is directly proportional, and the rivet length is the most significant factor of the tensile shear strength of joint.
试验表明，底切量与拉剪强度成正比关系，而铆钉长度是影响接头拉剪强度的最显著影响因素，在此基础上，确定了两种板材匹配条件下的优化工艺参数。