There are various processes practiced in a market for manufacturing axisymmetrical cup
with significant forming depth among which deep drawing process is most prompt. The deep …

The precision forming of thin-walled components has been urgently needed in aviation and
aerospace field. However, the wrinkling induced by the compressive instability is one of the …

In this article, the influence of process parameters and type of core materials on deep-
drawing of two thermoplastic metal-composites is investigated through the experimental …

The high-strength steel sheets currently used in the automotive industry are prone to non-
traditional behaviour during forming, being wrinkling and springback two of the most …

A novel wrinkling limit representation following the pattern of the conventional forming limit
curves (FLCs) and the stress-based forming limit curves (SFLCs) as well as the application …

Based on the two-dimensional plane stress wrinkling model of an elastic–plastic annular
plate and a bifurcation functional from Hill's general theory of uniqueness in polar …

Fiber-metal laminates (FMLs) are new type of composite materials which could improve
defects of traditional composites in ductility, formability, impact and damage tolerance …

Abstract Knowledge of geometry based forming limits would be beneficial early in the
product development process to enable design for manufacture in sheet metal forming …

As a kind of progressive sheet metal forming process, chain-die forming is suitable to form
thin-walled high-strength channels. However, sidewall wrinkling is one of typical shape …

Deep drawing process, although deceptively simple, involves a complex interplay between
material properties, die geometry and process variables. The process optimisation is at the …