Considerable changes have occurred in metal forming in the last decade. A record of these
changes can be found in keynote papers presented by the members of the Scientific …

The deformation mechanism of incremental sheet forming (ISF) is examined experimentally
through forming specially prepared copper sheets. Strain distributions through the thickness …

In recent work, the present authors constructed a closed‐form analytical model that is
capable of dealing with the fundamentals of single‐point incremental forming (SPIF) and …

The paper is related to the analysis of shape distortions and springback effects arising in
single point incremental sheet forming in order to study the use of a FE model based on …

Hole-flanging is a manufacturing process used to produce flanges around holes in sheet
metal parts. Traditional hole-flanging processes, which use dies and punches, are not cost …

Incremental sheet forming (ISF) is a very promising technology to manufacture sheet metal
products by the CNC controlled movement of a simple forming tool. Although it is a slow …

Double sided incremental forming (DSIF) has potential to form complex three-dimensional
sheet metal components without using component specific tooling. Forming tool deflection …

Incremental sheet metal forming is a highly versatile die-less forming process for
manufacturing complex sheet metal components. Robot-assisted incremental sheet forming …

Aeronautical applications often require small batches of large-scale sheet metal parts made
from titanium and its alloys. Due to the low formability of titanium at room temperature, warm …

Industrial application of magnesium alloys is increasing in the last decade due to the very
high mechanical strength to weight ratio they present. Typical applications are aeronautic …