Add to ORKGAbstract. Using low-stress pseudoshear deformation, we measured the ambient-temperaturecreep-recovery behav-ior of polycrystalline indium. The &+J diagram shows three regions with increasing stress: stress exponents of 1.05, 7.4, and 2.0. The diagram resembles remarkably the dislocation-velocity-shear-stressdiagrams reported for various materials by many authors, who interpreted the diagrams by dislocation dynamics. Applying an extended Burgers model (two Kelvin-Voigt elements) gave for the three regions the following relaxation times z2 and.c3 (in seconds)
Analysis of previous plastic deformation experiments in ice has been complicated by the fact that th...
The constitutive behavior of metallic materials in terms of dislocation kinetics can be successfully...
The interaction between a dislocation and impurities has been investigated by measurements of yield ...
Using low-stress pseudoshear deformation, we measured the ambient-temperature creep-recovery behavio...
Instrumented indentation performed at room temperature with a Berkovich and 10 μm radius sphere has ...
Nanoindentation and electron microscopy have been used to examine the length-scale-dependent stress ...
The internal friction in deformed InSb single crystals is investigated in the temperature range from...
Indium columnar structures with diameters near 1 μm were deformed by uniaxial compression at strain ...
Compression tests at constant strain rate were performed on $$ oriented single crystals of undoped i...
Pseudoelasticity caused by pseudotwinning in short-range ordered In-Pb alloys (6, 8 and 11.6 at.% P...
The evolution of dislocation densities and of dislocation microstructures during cyclic loading of A...
The elastic strain relaxation was estimated by the use of the method of acoustic emission signal reg...
Tension, compression, three - point bending and indentation experiments are conducted on high purity...
Irreversible thermodynamics is employed as a framework to describe plastic deformation in pure metal...
Irreversible thermodynamics is employed as a framework to describe plastic deformation in pure metal...
Analysis of previous plastic deformation experiments in ice has been complicated by the fact that th...
The constitutive behavior of metallic materials in terms of dislocation kinetics can be successfully...
The interaction between a dislocation and impurities has been investigated by measurements of yield ...
Using low-stress pseudoshear deformation, we measured the ambient-temperature creep-recovery behavio...
Instrumented indentation performed at room temperature with a Berkovich and 10 μm radius sphere has ...
Nanoindentation and electron microscopy have been used to examine the length-scale-dependent stress ...
The internal friction in deformed InSb single crystals is investigated in the temperature range from...
Indium columnar structures with diameters near 1 μm were deformed by uniaxial compression at strain ...
Compression tests at constant strain rate were performed on $$ oriented single crystals of undoped i...
Pseudoelasticity caused by pseudotwinning in short-range ordered In-Pb alloys (6, 8 and 11.6 at.% P...
The evolution of dislocation densities and of dislocation microstructures during cyclic loading of A...
The elastic strain relaxation was estimated by the use of the method of acoustic emission signal reg...
Tension, compression, three - point bending and indentation experiments are conducted on high purity...
Irreversible thermodynamics is employed as a framework to describe plastic deformation in pure metal...
Irreversible thermodynamics is employed as a framework to describe plastic deformation in pure metal...
Analysis of previous plastic deformation experiments in ice has been complicated by the fact that th...
The constitutive behavior of metallic materials in terms of dislocation kinetics can be successfully...
The interaction between a dislocation and impurities has been investigated by measurements of yield ...