Add to ORKGThe microstructural and mechanical characteristics of rapid radiation heating and convection gas-fired heating on AA2618 forged samples have been studied. The rapid heating obtains refinement in grain size. The mechanical properties are greater in the AA2618 samples of rapid radiation heating
The major goal of this work was to study the effect of rapid heating and fast cooling on the transfo...
AbstractTailored heat treated blanks are a well-known approach to enhance the formability of 6000-se...
This work focuses on the effect of soaking time on the microstructure during ultrafast heat treatmen...
This work examines the effect of heat treatment on tensile strength and ductile responses of rolled ...
To avoid the phenomenon of abnormal grain coarsening, and increase the Young’s modulus of forgings, ...
The purpose of this research is to study the influence of the processing conditions that affect the ...
Post-forging heat treatment is often necessary to achieve the mechanical properties required for alu...
International audienceThis paper describes the mechanical behavior of the 6061-T6 aluminium alloy at...
In this study, a cast rod is used as the material for the forging process (without extrusion). The c...
This paper studies the strength function of A3 steel affected by different heating rates when it is ...
In industrial applications, hot forging of aluminum alloy AA 6082 is carried out at 480 °C following...
Most previous studies on the fire-related mechanical properties of high-strength steel (HSS) focused...
The main objective of this study is to understand the effect of the soaking time during the ultrafas...
The paper presents the effect of pre-heat treatment on the mechanical properties of ductile cast iro...
The influence of three heating variants, during hardening on the properties of national manufactured...
The major goal of this work was to study the effect of rapid heating and fast cooling on the transfo...
AbstractTailored heat treated blanks are a well-known approach to enhance the formability of 6000-se...
This work focuses on the effect of soaking time on the microstructure during ultrafast heat treatmen...
This work examines the effect of heat treatment on tensile strength and ductile responses of rolled ...
To avoid the phenomenon of abnormal grain coarsening, and increase the Young’s modulus of forgings, ...
The purpose of this research is to study the influence of the processing conditions that affect the ...
Post-forging heat treatment is often necessary to achieve the mechanical properties required for alu...
International audienceThis paper describes the mechanical behavior of the 6061-T6 aluminium alloy at...
In this study, a cast rod is used as the material for the forging process (without extrusion). The c...
This paper studies the strength function of A3 steel affected by different heating rates when it is ...
In industrial applications, hot forging of aluminum alloy AA 6082 is carried out at 480 °C following...
Most previous studies on the fire-related mechanical properties of high-strength steel (HSS) focused...
The main objective of this study is to understand the effect of the soaking time during the ultrafas...
The paper presents the effect of pre-heat treatment on the mechanical properties of ductile cast iro...
The influence of three heating variants, during hardening on the properties of national manufactured...
The major goal of this work was to study the effect of rapid heating and fast cooling on the transfo...
AbstractTailored heat treated blanks are a well-known approach to enhance the formability of 6000-se...
This work focuses on the effect of soaking time on the microstructure during ultrafast heat treatmen...