Research and optimization design of a riveted longitudinal lap joint in integral panel structure 整体壁板结构纵向连接接头的优化设计
This article summarizes the composition part of aluminum alloy car body of Nanjing Metro Line 1 vehicles, and the manufacture craft of six major parts and the riveted joint craft of car body, as well as the riveted joint characteristics of aluminum alloy car body. 简述了南京地铁一号线车辆铝合金车体的组成部件、车体六大部件的制作工艺和车体的组装铆接工艺,以及铝合金车体铆接的特点。
Study on properties of bond-riveted joint 胶铆连接性能研究
Bond-riveted joint gathers the continuous sealing and anti-fatigue properties of adhesion and the anti-peeling properties of riveting. 胶铆连接集中了胶接的连续密封性能、耐疲劳性能和铆接的抗剥离性能。
Ultrasonic riveted joint process possess the characteristics of operating simple, low costing, high efficiency, suitable for great batch industrial producing. 与传统的粘接、机械连接等塑料件装配连接工艺相比,超声波铆接工艺操作简单、生产成本低、效率高,适于大批量工业化生产。
Application of plastic parts ultrasonic riveted joint assembly process 塑料零件超声波铆接装配工艺及应用
Calculation on fatigue life of riveted joint parts based on CAD/ CAE 基于CAD/CAE计算铆钉连接件疲劳寿命
Riveted joint craft of aluminum alloy car body for metro vehicle 地铁车辆铝合金车体的铆接工艺
Detail Stress Analysis and Fatigue Crack Initiation Life Prediction of Riveted Joint 铆钉连接件细节应力分析及疲劳裂纹形成寿命预估
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。
The vehicle compartment is made by the multi-blocks foaming boards as main material assembling, the shaping process by working procedure is putting, welding, drill hole, riveted joint. 厢式车的车厢是由多块发泡板为主要材料的平板拼装而成,成型过程由拼装、焊接、钻孔、铆接等工序组成。
Riveted joint is widely applied in engineering structures, particularly in the thin-walled structures, such as aircraft structures. 铆接连接件在许多工程结构中,特别是在飞机结构中已经得到广泛的应用。
The riveted joint effect act on adhesive strength was proved. 证明了机械互锁作用对胶接强度的影响。
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。