This work aims to solve the problem that plastic instability occurs in large-scale flat ring
rolling and the geometry accuracy is hard to control due to the bending moment in the radial …

This research provides an insight on the performances of machine learning (ML)-based
algorithms for the estimation of the energy consumption in metal forming processes and is …

The plastic deformation during external spline rolling process (ESRP) is concentrated in the
superficial area of workpiece. The numerical simulation for full 3D spline rolling process is …

Due to the large size and thin wall characteristics, the large-scale ring is prone to plastic
instability, resulting in loss of ring roundness. An analytical calculation model of roundness …

In the research presented in this paper, a slip line-based model is proposed for the
estimation of both radial and axial force in the radial-axial ring rolling (RARR) process …

Sheets' buckling instability, also known as oil canning, is an issue that characterizes the
resistance to denting in thin metal panels. The oil canning phenomenon is characterized by …

A kinematic-based analytical model was developed for estimating the geometrical
expansion of profiled rings during the ring rolling process and validated against own and …

This volume contains research articles selected from the First International Conference on
Innovative Product Design and Intelligent Manufacturing System (ICIPDIMS 2019) held at …

In the present research work, the modular parametric design plug-in Grasshopper, available
in Rhinoceros 5, is utilized as a pre-processor for the estimation of the projection of the …

To determine the force and energy parameters of cold roll-beating of external splines, the
characteristics of the deformation zone in cold roll-beating are analysed. The geometric …