Low-temperature forming technology offers a new potential for forming operations of aluminium wrought alloys which show a limited formability at ambient temperatures. This paper indicates the mechanical behaviour of the commercial aluminium alloys EN AW-5182 and EN AW-6016 at low temperatures. Stress-strain relationships at different temperatures were investigated through tensile testing experiments. Flow curves were extrapolated using an adapted mathematical constitutive relationship of flow stress and strain. A device which allows cupping tests at sub-zero temperatures was specially designed and a limiting dome height was determined
The urgent need to use energy and raw materials more efficiently, forces the automotive industry int...
The press formability of the automotive materials such as aluminum alloys, magnesium alloys and stee...
Age-hardenable aluminium 7XXX alloy sheets represents a very attractive material for the aerospace f...
Low-temperature forming technology offers a new potential for forming operations of aluminium wrough...
The mechanical behaviour of the commercial aluminium alloys EN AW-5182, EN AW-6016 and EN AW-7021 is...
The mechanical behaviour of the commercial aluminium alloys EN AW-5182, EN AW-6016 and EN AW-7021 is...
An experimental procedure has been developed for the determination of FLCs at elevated temperatures....
Abstract. Aluminum alloys have limited usage because of their limited formability at room temperatur...
Aluminum alloys have limited usage because of their limited formability at room temperatures. In ord...
Sheet metal forming operations play a crucial role in the manufacturing process of various products....
Sheet metal forming operations play a crucial role in the manufacturing process of various products....
Sheet metal forming operations play a crucial role in the manufacturing process of various products....
This study investigates differences in the deformation mechanisms between room temperature (296 K) a...
The mechanical behaviour of the commercial aluminium alloys EN AW-5182, EN AW-6016 and EN AW-7021 is...
The mechanical behaviour of the commercial aluminium alloys EN AW-5182, EN AW-6016 and EN AW-7021 is...
The urgent need to use energy and raw materials more efficiently, forces the automotive industry int...
The press formability of the automotive materials such as aluminum alloys, magnesium alloys and stee...
Age-hardenable aluminium 7XXX alloy sheets represents a very attractive material for the aerospace f...
Low-temperature forming technology offers a new potential for forming operations of aluminium wrough...
The mechanical behaviour of the commercial aluminium alloys EN AW-5182, EN AW-6016 and EN AW-7021 is...
The mechanical behaviour of the commercial aluminium alloys EN AW-5182, EN AW-6016 and EN AW-7021 is...
An experimental procedure has been developed for the determination of FLCs at elevated temperatures....
Abstract. Aluminum alloys have limited usage because of their limited formability at room temperatur...
Aluminum alloys have limited usage because of their limited formability at room temperatures. In ord...
Sheet metal forming operations play a crucial role in the manufacturing process of various products....
Sheet metal forming operations play a crucial role in the manufacturing process of various products....
Sheet metal forming operations play a crucial role in the manufacturing process of various products....
This study investigates differences in the deformation mechanisms between room temperature (296 K) a...
The mechanical behaviour of the commercial aluminium alloys EN AW-5182, EN AW-6016 and EN AW-7021 is...
The mechanical behaviour of the commercial aluminium alloys EN AW-5182, EN AW-6016 and EN AW-7021 is...
The urgent need to use energy and raw materials more efficiently, forces the automotive industry int...
The press formability of the automotive materials such as aluminum alloys, magnesium alloys and stee...
Age-hardenable aluminium 7XXX alloy sheets represents a very attractive material for the aerospace f...