a) Typical appearance of a deep drawn cup with ears under 0° and
Download scientific diagram | (a) Typical appearance of a deep drawn cup with ears under 0° and 90° to the rolling direction (recrystallised EN-AW 3104 hot strip) and (b) scheme illustrating the geometry of cup deep drawing used in this study. from publication: Simulation of Sheet Anisotropy | One of the most prominent manifestations of crystallographic texture is the formation of an uneven rim with characteristic ears and troughs during deep drawing of a cup from a circular blank. The present paper describes a new method to derive earing profiles from texture data | Anisotropy, Plasticity and Finite Elements | ResearchGate, the professional network for scientists.
Metals, Free Full-Text
PDF) Simulation of Sheet Anisotropy
Deep Drawn Sheet Metal: The Intricate Process Of Creating Complex
MetalForming November 2017
PDF) Polycrystal-plasticity simulation of six and eight ears in
Deep Drawing - an overview
The Anatomy of a Deep-Drawn Cup
Numerical investigation of the effect of punch corner radius and
a) Texture and (b) earing profile of as-rolled AA 3104-H19 with
PDF) Simulation of Sheet Anisotropy
