In recent years, the old-fashioned cylindrical cup shapes are still widely used, and there are
many defects which could not be solved yet. In the present research, the classical earing …

Deep drawing is a cost-efficient way of producing sheet metal parts in high production
volumes. Prototypes and very small series are expensive due to the cost of steel-forming …

An inverse finite element method (IFEM) has been developed for estimation of the blank size
and prediction of the strain distribution in sheet metal forming. In the inverse method the …

In this study, the mechanical formability of Al6061-T6 sheet material using a pre-bulging
process was experimentally investigated. Therefore, an innovative die entrance design was …

The effects of input parameters on the square-cup deep-drawing process for a two-layer
aluminum/steel laminated sheet were investigated. Each layer was 0.7 mm thick, and the …

This study investigates the pattern of thinning in the square-shaped deep drawing of
aluminium alloy by focusing on the die-punch alignment. The thickness measurements of …

The blank temperature and blank holding force (Bf) are important parameters affecting the
formability in the hot deep drawing process. Also, the interfacial heat transfer coefficient has …

An optimization technique for combined processes of deep‐drawing and ironing has been
created in order to improve the total process time and cost in manufacturing procedures of …

The purpose of this research is to study the effect of mold geometry, blank holder geometry
and anisotropy properties on the thickness distribution along the regions of the cup …

In this paper, the deep drawing process of an automobile panel in order to select the
appropriate amount of parameters has been investigated. The parameters include friction …