Heat treatable aluminum alloys present a high strength-to-weight ratio, which replies to the requirements of mass reduction and safety increase in the construction of new vehicles. However, in sheet metal forming operations, these alloys have lower formability and higher springback than traditionally mild steels used. In this context, forming in warm temperature appears as an attractive solution to solve these problems. Nevertheless, there is still a challenge since the temperature range used in warm forming is similar to one used in the heat treatment of these alloys. Thus increasing the temperature can lead to precipitation hardening, which modifies the thermo- mechanical behavior of the material. In addition, these alloys are prone to na...
Due to their high specific strength, EN AW-7xxx aluminium alloys are promising materials for reducin...
In the present work, the design of the warm forming of a component in AA5754-O for railway vehicle a...
Warm constitutive and formability characterization of a high strength aluminum alloy (AA7075) was pe...
Heat treatable aluminum alloys present a high strength-to-weight ratio, which replies to the require...
Ce travail vise à analyser l'influence de la température, de la vitesse de déformation et de la duré...
Aluminum alloys of the 7000 series possess high lightweight potential due to their high specific ten...
In recent years, the automobile industry has been calling for new lightweight solutions to fulfill i...
Sheet metal forming processes are widely used in industry. Nevertheless, the use of these processes ...
The influence of temperature on the mechanical behaviour of the heat treatable Aluminium alloy EN AW...
The desire to reduce the overall motor vehicle weight, and so use less fuel, means that aluminium ...
Hot deformation and in-die quenching of aluminum components for the automotive industry is a cost an...
Due to a low density and high tensile strength, the aluminum alloy EN AW 7075 T6 offers a high light...
Weight reduction of vehicles can be achieved by using high strength steels or aluminum. The formabil...
WOS: 000265703100008Springback is one of the most common problems in sheet metal forming processes. ...
Aufgrund ihrer geringen Kaltumformbarkeit werden hochfeste Aluminiumlegierungen in temperaturunterst...
Due to their high specific strength, EN AW-7xxx aluminium alloys are promising materials for reducin...
In the present work, the design of the warm forming of a component in AA5754-O for railway vehicle a...
Warm constitutive and formability characterization of a high strength aluminum alloy (AA7075) was pe...
Heat treatable aluminum alloys present a high strength-to-weight ratio, which replies to the require...
Ce travail vise à analyser l'influence de la température, de la vitesse de déformation et de la duré...
Aluminum alloys of the 7000 series possess high lightweight potential due to their high specific ten...
In recent years, the automobile industry has been calling for new lightweight solutions to fulfill i...
Sheet metal forming processes are widely used in industry. Nevertheless, the use of these processes ...
The influence of temperature on the mechanical behaviour of the heat treatable Aluminium alloy EN AW...
The desire to reduce the overall motor vehicle weight, and so use less fuel, means that aluminium ...
Hot deformation and in-die quenching of aluminum components for the automotive industry is a cost an...
Due to a low density and high tensile strength, the aluminum alloy EN AW 7075 T6 offers a high light...
Weight reduction of vehicles can be achieved by using high strength steels or aluminum. The formabil...
WOS: 000265703100008Springback is one of the most common problems in sheet metal forming processes. ...
Aufgrund ihrer geringen Kaltumformbarkeit werden hochfeste Aluminiumlegierungen in temperaturunterst...
Due to their high specific strength, EN AW-7xxx aluminium alloys are promising materials for reducin...
In the present work, the design of the warm forming of a component in AA5754-O for railway vehicle a...
Warm constitutive and formability characterization of a high strength aluminum alloy (AA7075) was pe...