AbstractThe paper presents some heat treatments technologies applied to aluminum alloys to improve technological parameters. The experimental tests were accomplished for the deformabile AlCu4Mg1,5Mn aluminum alloy, with hardening temperatures between (500 – 530)°C and artificial ageing. The artificial ageing is made in magnetic and vibrator field. The efficient of same heat treatments depends on a series of factors, some depending on the material and otheres of the work parameters. The optimum variant or variants can be obtained by correct joining of the chemical composition with the values parameters of heat treatments and supplementary some utilization factors of stimulating the process at the crystalline net level
Among alloys of non-ferrous metals, aluminum alloys have found the widest application in foundry ind...
Mechanical and technological properties of castings made from 3xx.x alloys depend mainly on properly...
Among alloys of non-ferrous metals, aluminum alloys have found the widest application in foundry ind...
Work was followed in determining the optimum parameters of heat treatment of deformable aluminum all...
Work was followed in determining the optimum parameters of heat treatment of deformable aluminum all...
In this work, the influence of different heat treatments (HT) processes on the microstructure and me...
Aluminum alloys can reach high properties and performances after heat treatment. The precipitation s...
This work presents the experimental results concerning the behavior on heat treatment of on aluminum...
The paper presents results of experimental laboratory-scale research on the influence of the AlZn5,7...
The most important parameters which predetermine mechanical properties of a material in aspects of s...
AbstractThe materials used in aircraft industry beside the light specific weight, must respond to so...
The most important parameters which predetermine mechanical properties of a material in aspects of s...
Since the lightweight material aluminum exhibits reduced formability compared to conventional steel ...
The most important parameters which predetermine mechanical properties of a material in aspects of s...
Abstract: The current study obtained contributions of individual process factors and optimal factors...
Among alloys of non-ferrous metals, aluminum alloys have found the widest application in foundry ind...
Mechanical and technological properties of castings made from 3xx.x alloys depend mainly on properly...
Among alloys of non-ferrous metals, aluminum alloys have found the widest application in foundry ind...
Work was followed in determining the optimum parameters of heat treatment of deformable aluminum all...
Work was followed in determining the optimum parameters of heat treatment of deformable aluminum all...
In this work, the influence of different heat treatments (HT) processes on the microstructure and me...
Aluminum alloys can reach high properties and performances after heat treatment. The precipitation s...
This work presents the experimental results concerning the behavior on heat treatment of on aluminum...
The paper presents results of experimental laboratory-scale research on the influence of the AlZn5,7...
The most important parameters which predetermine mechanical properties of a material in aspects of s...
AbstractThe materials used in aircraft industry beside the light specific weight, must respond to so...
The most important parameters which predetermine mechanical properties of a material in aspects of s...
Since the lightweight material aluminum exhibits reduced formability compared to conventional steel ...
The most important parameters which predetermine mechanical properties of a material in aspects of s...
Abstract: The current study obtained contributions of individual process factors and optimal factors...
Among alloys of non-ferrous metals, aluminum alloys have found the widest application in foundry ind...
Mechanical and technological properties of castings made from 3xx.x alloys depend mainly on properly...
Among alloys of non-ferrous metals, aluminum alloys have found the widest application in foundry ind...