The constant need to improve manufacturing processes and production methods, with the
aim of making these processes more flexible and precise, and subsequently solving …

The demand for product customization and flexible manufacturing techniques is growing day
by day to meet the rapid changes in customer requirements. The current review presents the …

Product miniaturisation has increased the demand for cross-scaled components with various
sized features covering the macroscale (mm-scale) and mesoscale (μm-scale). During the …

Recent developments in incremental sheet forming have resulted in the creation of novel
manufacturing processes that are highly adaptable and could bring significant economic …

Lightweight Al/steel laminated parts are required for industrial applications due to their
relatively high service performances. In this work, truncated conical parts are fabricated from …

The combined strain paths have significant effects on the formability on the sheet metal. In
this work, aiming at a widely-used AA5052-O sheet metal, the uniaxial tension and the …

Incremental sheet forming process is featured with high flexibility and short manufacturing
cycle, which has great potential in customized forming of complex components. However …

Usually, in sheet metal forming industries various complex forming processes are employed
to form the sheet to the required shape. During the forming operation, it undergoes failure …

In this paper, an analytical method was created to estimate single point incremental forming
(SPIF)'s strain limits, based on mean stress calculated using membrane analysis. We …

This study explores the formability of laser-welded tailored blanks in the context of single-
point incremental forming (SPIF), a flexible and dieless manufacturing process. Two …