Recently aluminium and its alloys are used inceasingly for deep drawing. This type of forming requires certain material properties which show different or small anisotrophy in comparison with mechanical properties of ˝normal˝ qualitysuch as tensile strength R$_{m}$, yield strength R$_{p0.2}$ and elongation A$_{10}$. Material anisotropy is determined by two methods, the cupping method where the degree of % earring is determined and the deep drawing method by Erichsen of E(mm). In designing the technology for deep drawing quality, it must first decided which method for the determination of anisotrophy will be used in the final analysis and then define the whole technological sheet flow from chemical composition to final requirements. In this paper certain experiences from the production will be presented.

Rights

URN

URN:NBN:SI:doc-ECDSIESL

COBISS ID

159146

Added

22.07.2011

Metadata

Citation

APA:

Vasevska, Trajanka (1995). Povezava anizotropije in procesa izdelave pločevin in trakov za globoko vlečenje iz Al in njegovih zlitin, volume 29, issue 1/2. URN:NBN:SI:doc-ECDSIESL from http://www.dlib.si

MLA:

Vasevska, Trajanka. Povezava anizotropije in procesa izdelave pločevin in trakov za globoko vlečenje iz Al in njegovih zlitin. Inštitut za kovinske materiale in tehnologije
Železarna Jesenice
Železarna Ravne
Železarna Štore, 1995.
<http://www.dlib.si/?URN=URN:NBN:SI:doc-ECDSIESL>

Kovine zlitine tehnologije
1992-1999
(Assembly record)

prejšnja

Elastični izbruh in porazdelitev molskih mas v kavčukih
1995
(Previous issue)

naslednja

The influence of oxide and sulphide inclusions in microalloyed structural steels on the mechanism of hydrogen induced cracking
1995
(Next issue)