Understanding and predicting the onset and behavior of localized necking is important for
the design and optimization of structures and components. Capturing the onset of localized …

Localization of plastic strain, also known as necking, is an important failure mechanism of
metals. Although metals are widely used in engineering, it remains unclear how the necking …

The cross-sectional area of a neck in a rectangular tensile specimen is not easily measured.
In this paper, a technique for accurately quantifying instantaneous necking geometry of …

To more accurately capture the onset of localized necking and obtain necking limit strains,
this paper proposes a method of detecting the onset of localized necking in the Marciniak …

In this study, a novel technique was developed to identify localized neck of a tensile sample
based on the curvature of the surface that is expected to work with any metal in which a …

This paper introduces a new method for the characterisation of the boundary of diffuse and
local necking based on DIC measurements during tensile tests. A series of images illustrate …

It is now possible using digital-image correlation techniques to precisely measure
deformation within a developing necking instability, during forming-limit experiments …

Metallic materials are commonly characterized through tensile tests. For ductile metals, a
consistent part of the test occurs after the necking onset. A first estimate of the post-necking …

During airbag production, many parts are obtained by plastic deformation such as the lid of
the gas generator. Since the airbag gas generator is a significant vehicle safety part, several …

This study proposes a method for the temporal and spatial determination of the onset of local
necking determined by means of a Nakajima test set-up for a DC04 deep drawing and a …