Add to ORKGIt is shown that for one material, 7075-Tm aluminum-alloy sheet, the information yielded by the relation for these four applications agrees reasonably well with test data
Various aspects of creep and deformation behaviors of metals and alloys at elevated temperatures are...
Due to the need to make lightweight components in the aerospace and automobile industries, Aluminum ...
Isostructural low-stress high-temperature deformation of different classes of materials is often rep...
It has been suggested by others that hot working is an extension of high temperature creep because o...
The plastic deformation of pure aluminum was investigated by tensile testing over a wide range of te...
With the increasing use of aluminum in naval vessels and the ever-present danger of fires, it is imp...
The instantaneous strains resulting from stress changes during steady state creep of polycrystalline...
The formability of Al–Mg sheet can be improved considerably, by increasing the temperature.\ud At el...
In order to accurately simulate the deep drawing or stretching of aluminum sheet at elevated\ud temp...
This thesis explores the thermomechanical behavior of aluminum. Experimental work has been conducted...
The statistical-thermodynamic dislocation theory developed in previous papers is used here in an ana...
The majority of polycrystalline metals and alloys, when subjected to certain conditions of stress at...
ABSTRACT: In order to accurately simulate the deep drawing or stretching of aluminum sheet at elevat...
Work‐hardening rates of aluminum and selected aluminum alloys during steady‐state creep at 300 °C ar...
Several investigators have reported an acceleration of creep in metals due to repeated stress revers...
Various aspects of creep and deformation behaviors of metals and alloys at elevated temperatures are...
Due to the need to make lightweight components in the aerospace and automobile industries, Aluminum ...
Isostructural low-stress high-temperature deformation of different classes of materials is often rep...
It has been suggested by others that hot working is an extension of high temperature creep because o...
The plastic deformation of pure aluminum was investigated by tensile testing over a wide range of te...
With the increasing use of aluminum in naval vessels and the ever-present danger of fires, it is imp...
The instantaneous strains resulting from stress changes during steady state creep of polycrystalline...
The formability of Al–Mg sheet can be improved considerably, by increasing the temperature.\ud At el...
In order to accurately simulate the deep drawing or stretching of aluminum sheet at elevated\ud temp...
This thesis explores the thermomechanical behavior of aluminum. Experimental work has been conducted...
The statistical-thermodynamic dislocation theory developed in previous papers is used here in an ana...
The majority of polycrystalline metals and alloys, when subjected to certain conditions of stress at...
ABSTRACT: In order to accurately simulate the deep drawing or stretching of aluminum sheet at elevat...
Work‐hardening rates of aluminum and selected aluminum alloys during steady‐state creep at 300 °C ar...
Several investigators have reported an acceleration of creep in metals due to repeated stress revers...
Various aspects of creep and deformation behaviors of metals and alloys at elevated temperatures are...
Due to the need to make lightweight components in the aerospace and automobile industries, Aluminum ...
Isostructural low-stress high-temperature deformation of different classes of materials is often rep...