Investigation of bond formation behaviour in composite ring rolling

Improving quality prediction in radial-axial ring rolling using a semi-supervised approach and generative adversarial networks for synthetic data generation

“…Moreover, Günther et al focus on a combination of roll bonding and ring rolling to produce rings tailored to specific application. They support their innovative research using finite-element simulations [6]. In addition, simulations are used by lianG et al for an intelligent rolling simulation of titanium alloys.…”

Tensile Test Coupled with an EBSD Study of a GH4169 Ring Rolled Product

“…Interestingly, in Figure 8a, G1_1 grain and G1_2 grain with close (S M − S S )/S M (10.94% and 10.82%, respectively) reveal different activation behaviors. The G1_1 grain activated the (111) slip plane (blue line), and a shallow trace (1)(2)(3)(4)(5)(6)(7)(8)(9)(10)(11) developed at the left end of the grain. With no other traces found, the G1_2 grain shows a (−111) slip plane activated (in green).…”

“…Ring rolling, an incremental bulk metal forming process, has been identified as one of the most promising processes for the fabrication of seamless ring components because of its simplicity [5]. Ring rolling is fit to fabricate various products with a wide variety of sizes and shapes, which is widely applied in automotive, bearing, or aerospace industries [6]. Compared to the counterparts subjected to the traditional roll bending and welding process, the products subjected to the ring rolling have a substantially higher processing precision and an outstanding mechanical performance.…”