Existence of plastic equation of state has been investigated by performing a series of load relaxation tests at various temperatures using an Al-Li alloy. A plastic equation of state is first developed from a simple kinetics consideration for a mechanical activation process of a leading dislocation piled up against grain boundaries. A series of load relaxation test has been conducted at temperatures ranging from 200 to 530oC to obtain the stress-strain rate curves. A plastic equation of state has been derived from a simple consideration of dislocation kinetics and confirmed by experimental results
The large strain work hardening behaviour of technical aluminium alloys as function of the deformati...
Irreversible thermodynamics is employed as a framework to describe plastic deformation in pure metal...
SIGLEAvailable from British Library Document Supply Centre- DSC:D72930/87 / BLDSC - British Library ...
Deformation behavior of an Al-Cu-Li alloy in different temper conditions (solutionized and T8) is in...
The constitutive behavior of metallic materials in terms of dislocation kinetics can be successfully...
In the aerospace industry requirements for new materials with high mechanical properties and low den...
The mechanical properties of Al-Li solid solution were studied in tensile deformation tests at extre...
Both unloading and reloading experiments were performed on an Al-0. 25 wt% alloy crept at 200 degree...
A new constitutive relationship based on the combination of the Garofalo and Hensel-Spittel equation...
A new method that utilizes theories of thermally activated deformation and repeated transient stress...
Compressive yield strength of single crystals of Al-Li binary alloys were measured as functions of t...
The instantaneous strains resulting from stress changes during steady state creep of polycrystalline...
Plastic deformation of Al-Mg alloys were investigated by analyzing the stress-strain curves obtained...
yesThe deformation behavior of a 2219 aluminum alloy was studied in the temperature range from 250 t...
Among advanced materials for transport, the low density aluminium-lithium alloy look particularly at...
The large strain work hardening behaviour of technical aluminium alloys as function of the deformati...
Irreversible thermodynamics is employed as a framework to describe plastic deformation in pure metal...
SIGLEAvailable from British Library Document Supply Centre- DSC:D72930/87 / BLDSC - British Library ...
Deformation behavior of an Al-Cu-Li alloy in different temper conditions (solutionized and T8) is in...
The constitutive behavior of metallic materials in terms of dislocation kinetics can be successfully...
In the aerospace industry requirements for new materials with high mechanical properties and low den...
The mechanical properties of Al-Li solid solution were studied in tensile deformation tests at extre...
Both unloading and reloading experiments were performed on an Al-0. 25 wt% alloy crept at 200 degree...
A new constitutive relationship based on the combination of the Garofalo and Hensel-Spittel equation...
A new method that utilizes theories of thermally activated deformation and repeated transient stress...
Compressive yield strength of single crystals of Al-Li binary alloys were measured as functions of t...
The instantaneous strains resulting from stress changes during steady state creep of polycrystalline...
Plastic deformation of Al-Mg alloys were investigated by analyzing the stress-strain curves obtained...
yesThe deformation behavior of a 2219 aluminum alloy was studied in the temperature range from 250 t...
Among advanced materials for transport, the low density aluminium-lithium alloy look particularly at...
The large strain work hardening behaviour of technical aluminium alloys as function of the deformati...
Irreversible thermodynamics is employed as a framework to describe plastic deformation in pure metal...
SIGLEAvailable from British Library Document Supply Centre- DSC:D72930/87 / BLDSC - British Library ...