Add to ORKGReversed creep tests on chemical lead, aluminum, and copper and creep deformation behavior under repeated stress reversal
The investigation discussed herein constituted a basic research program undertaken at the University...
One of the consequences of memory effects in the plastic deformation of metals is the Bauschinger ef...
Transmission electron microscopy is used to study the dislocation arrangements formed in aluminum at...
Reversed creep tests on chemical lead, 1100-F aluminum and OFHC copper were conducted and creep defo...
Several investigators have reported an acceleration of creep in metals due to repeated stress revers...
Application of the endochronic theory of viscoplasticity to creep, creep recovery, and stress relaxa...
A qualitative analysis of current creep theory has been made by studying the creep of polycrystallin...
By the late 1940s, and since then, the continuous development of dislocation theories have provided ...
This thesis is an account of slip line investigations carried out at room temperature on single crys...
Creep tests and stress levels in determining mechanical behavior of polycrystalline nonmetallic mate...
Creep tests were conducted by means of a closed loop servocontrolled materials test system. The stra...
This is an investigation on tensile testing dealing with the serious weakening effect which occurs a...
A theory is proposed whereby the plastic deformation of metal materials is determined by the differe...
Some high temperature creep properties of two alloy systems, Pb-Bi and Pb-In, have been studied. Thr...
Grain-boundary displacement, occurring in bicrystals during creep at elevated temperature (350 degre...
The investigation discussed herein constituted a basic research program undertaken at the University...
One of the consequences of memory effects in the plastic deformation of metals is the Bauschinger ef...
Transmission electron microscopy is used to study the dislocation arrangements formed in aluminum at...
Reversed creep tests on chemical lead, 1100-F aluminum and OFHC copper were conducted and creep defo...
Several investigators have reported an acceleration of creep in metals due to repeated stress revers...
Application of the endochronic theory of viscoplasticity to creep, creep recovery, and stress relaxa...
A qualitative analysis of current creep theory has been made by studying the creep of polycrystallin...
By the late 1940s, and since then, the continuous development of dislocation theories have provided ...
This thesis is an account of slip line investigations carried out at room temperature on single crys...
Creep tests and stress levels in determining mechanical behavior of polycrystalline nonmetallic mate...
Creep tests were conducted by means of a closed loop servocontrolled materials test system. The stra...
This is an investigation on tensile testing dealing with the serious weakening effect which occurs a...
A theory is proposed whereby the plastic deformation of metal materials is determined by the differe...
Some high temperature creep properties of two alloy systems, Pb-Bi and Pb-In, have been studied. Thr...
Grain-boundary displacement, occurring in bicrystals during creep at elevated temperature (350 degre...
The investigation discussed herein constituted a basic research program undertaken at the University...
One of the consequences of memory effects in the plastic deformation of metals is the Bauschinger ef...
Transmission electron microscopy is used to study the dislocation arrangements formed in aluminum at...