Electromagnetic riveting process (EMR) is a high-speed impact connection technology with the advantages of fast loading speed, large force and stable rivet deformation. In this work, axisymmetric sequential loose electromagnetic-structural coupling simulation models were conducted to perform electromagnetic Ti-6Al-4V titanium rivet, parameter analysis setup was performed based on coupled result...

By combining experimental SPR tests with a finite element (FE) model, the influences of top sheet thickness (Tt), bottom (Tb) and rivet length (L) on joint formation mechanisms were systematically investigated in this study. Single factor experiments firstly conducted to uncover three joining parameters' effects results. Interrupted also performed confirm prediction accuracy FE model process. T...

Abstract The increasing demands for the reduction of carbon dioxide emission require intensified efforts to increase resource efficiency. Especially in mobility sector with large moving masses, savings can contribute enormously emissions. One possibility is reduce weight vehicles by using lightweight technologies. A frequently used method implementation multi-material systems. These consist dis...

Deep-learning architectures were employed to simulate the self-piercing riveting process of steel and aluminum sheets predict cross-sectional joint shape with a zero head height. Four steels (SPRC440, SPFC590DP, GI780DP, SGAFC980Y) three alloys (Al5052, Al5754, Al5083) considered as materials for top bottom sheets, respectively. The key objective was consider material properties these metal (Yo...

Malaria is a highly debilitating vector-borne parasitic infection which has been known to be mortal and morbid human beings for centuries now. As of today, the success rate effective control strategies less; however there have several riveting developments. These include: 1. A global incidence decrease in malaria cases; 2. The development non-malaria transmissible transgenic mosquitoes 3. launc...