Add to ORKGSheet type rectangular 1100-0 aluminum specimens were tested. The creep strain at the geometric centerline of the specimen is different than that at the neutral axis, and decreases with time. The effect of misalignment, which decreases with creep time, is minimized when creep tests are conducted with long pullrods and large initial strain level (high creep stress)
The period covered by this report has been devoted to the design, construction development and cali...
Abstract Newer materials have creep datasets with shorter rupture times and fewer points, meaning ex...
In order to improve the energy production within the United States, new materials are developed with...
Creep tests were conducted by means of a closed loop servocontrolled materials test system. The stra...
The effects of test system misalignment are analyzed for dynamic tension tests using sheet type rect...
Application of the endochronic theory of viscoplasticity to creep, creep recovery, and stress relaxa...
[[abstract]]An analysis of test system misalignment is presented for dynamic tension test. Sheet typ...
Creep tests were conducted by means of a closed loop servo-controlled materials test system. These t...
The investigation of creep recovery and stress relaxation in aluminum using a closed loop servo-hydr...
Both unloading and reloading experiments were performed on an Al-0. 25 wt% alloy crept at 200 degree...
Stress change tests during steady state creep have been used to study the creep behaviour of alumini...
The creep of single crystals of high-purity aluminum was investigated in the range of temperatures f...
derived expressions for the creep rupture time when the creep deformations are governed by the Norto...
Work‐hardening rates of aluminum and selected aluminum alloys during steady‐state creep at 300 °C ar...
Creep tests at room temperature under combined tension-torsion have been performed on thin walled tu...
The period covered by this report has been devoted to the design, construction development and cali...
Abstract Newer materials have creep datasets with shorter rupture times and fewer points, meaning ex...
In order to improve the energy production within the United States, new materials are developed with...
Creep tests were conducted by means of a closed loop servocontrolled materials test system. The stra...
The effects of test system misalignment are analyzed for dynamic tension tests using sheet type rect...
Application of the endochronic theory of viscoplasticity to creep, creep recovery, and stress relaxa...
[[abstract]]An analysis of test system misalignment is presented for dynamic tension test. Sheet typ...
Creep tests were conducted by means of a closed loop servo-controlled materials test system. These t...
The investigation of creep recovery and stress relaxation in aluminum using a closed loop servo-hydr...
Both unloading and reloading experiments were performed on an Al-0. 25 wt% alloy crept at 200 degree...
Stress change tests during steady state creep have been used to study the creep behaviour of alumini...
The creep of single crystals of high-purity aluminum was investigated in the range of temperatures f...
derived expressions for the creep rupture time when the creep deformations are governed by the Norto...
Work‐hardening rates of aluminum and selected aluminum alloys during steady‐state creep at 300 °C ar...
Creep tests at room temperature under combined tension-torsion have been performed on thin walled tu...
The period covered by this report has been devoted to the design, construction development and cali...
Abstract Newer materials have creep datasets with shorter rupture times and fewer points, meaning ex...
In order to improve the energy production within the United States, new materials are developed with...