The Jominy End Quench was used to predict hardness of 7075 and 7050 over a wide range of quenching and processing conditions. An empirical model was demonstrated and shown to accurately predict hardness within 2%
Among alloys of non-ferrous metals, aluminum alloys have found the widest application in foundry ind...
The present work targets in setting a standard heat treatment procedure for obtaining high hardness ...
The use of aluminum extrusion alloys in automotive applications is increasing due to the requirement...
A systematic study of the effect of heat treatment variables on the properties can be carried out su...
The quench sensitivity of AA7136 has been experimentally investigated using Jominy end quench and te...
This work examines the effect of heat treatment parameters on hardness, electrical conductivity and ...
peer-reviewedDetermination of the time-temperature property C curve for aluminium alloys usually inv...
Aluminum alloy has an extensive range of industrial application due to its consistent mechanical pro...
Cast aluminum alloys are used for many engine parts in today\u27s cars. Many of the alloys used are ...
The effects of solutionizing and aging times on mechanical properties of aluminum 319 have been expe...
This study expounds the effect of thermal treatment on mechanical properties of AA6082-T6 alloy. Thi...
The Jominy end quench test is well known as a method of measuring Hardenability in steels. In non-fe...
Heat treatment is an essential process step in the final adjustment of the mechanical properties of ...
The Jominy End Quench was used to calculate Time-Temperature-Property curves for 7075-T6 and compare...
In this review, the current knowledge related to the relationship between the heat treatment process...
Among alloys of non-ferrous metals, aluminum alloys have found the widest application in foundry ind...
The present work targets in setting a standard heat treatment procedure for obtaining high hardness ...
The use of aluminum extrusion alloys in automotive applications is increasing due to the requirement...
A systematic study of the effect of heat treatment variables on the properties can be carried out su...
The quench sensitivity of AA7136 has been experimentally investigated using Jominy end quench and te...
This work examines the effect of heat treatment parameters on hardness, electrical conductivity and ...
peer-reviewedDetermination of the time-temperature property C curve for aluminium alloys usually inv...
Aluminum alloy has an extensive range of industrial application due to its consistent mechanical pro...
Cast aluminum alloys are used for many engine parts in today\u27s cars. Many of the alloys used are ...
The effects of solutionizing and aging times on mechanical properties of aluminum 319 have been expe...
This study expounds the effect of thermal treatment on mechanical properties of AA6082-T6 alloy. Thi...
The Jominy end quench test is well known as a method of measuring Hardenability in steels. In non-fe...
Heat treatment is an essential process step in the final adjustment of the mechanical properties of ...
The Jominy End Quench was used to calculate Time-Temperature-Property curves for 7075-T6 and compare...
In this review, the current knowledge related to the relationship between the heat treatment process...
Among alloys of non-ferrous metals, aluminum alloys have found the widest application in foundry ind...
The present work targets in setting a standard heat treatment procedure for obtaining high hardness ...
The use of aluminum extrusion alloys in automotive applications is increasing due to the requirement...