One of the most popular tests to determine the hardenability of steels is the Jominy-End-Quench-Test. Moreover this test is useful for simulation testing, too. In this paper the determination of heat transfer fluxes over the quenched surface as well as over the peripheral surface is described. The result is used for simulations of the Jominy-End-Quench-Test for two melts of SAE 52100 (100 Cr 6). One of these was taken from literature, one was used for experiments in IWT. Though transformation behaviors differ in an extreme way, the Jominy-End-Quench-Test can be simulated for both steels with good agreement between simulation and measurement
Close up a steel specimen undergoing quenching during the jominy end quench test. As the water jet s...
Quenching makes it possible to obtain, on previously austenitized steel parts, special structures an...
A systematic study of the effect of heat treatment variables on the properties can be carried out su...
The Jominy end quench test is well known as a method of measuring hardenability in steels. In nonfer...
The Jominy end quench test is well known as a method of measuring Hardenability in steels. In non-fe...
The Jominy end-quench test is used to measure the hardenability of a steel, which is a measure of th...
Using the jominy end-quench test for validation of thermo-metallurgical model parameter
We present a numerical algorithm for simulating the Jominy end-quench test and deriving continuous c...
We present a numerical algorithm for simulating the Jominy end-quench test and deriving continuous c...
This article reviews some of the limitations of the standard cooling curve analysis and the Jominy h...
Video of the transferral of a steel specimen from furnace to water jet during a jominy end quench te...
The heat-transfer phenomena in the quenching process have been studied using stainless steel and mil...
This project investigated the effects of austenitizing temperatures and time on the hardness of 4140...
In this study, the influence of thermal treatments on the properties of the martensitic stainless st...
Determination of the time-temperature property C curve for aluminium alloys usually involves a large...
Close up a steel specimen undergoing quenching during the jominy end quench test. As the water jet s...
Quenching makes it possible to obtain, on previously austenitized steel parts, special structures an...
A systematic study of the effect of heat treatment variables on the properties can be carried out su...
The Jominy end quench test is well known as a method of measuring hardenability in steels. In nonfer...
The Jominy end quench test is well known as a method of measuring Hardenability in steels. In non-fe...
The Jominy end-quench test is used to measure the hardenability of a steel, which is a measure of th...
Using the jominy end-quench test for validation of thermo-metallurgical model parameter
We present a numerical algorithm for simulating the Jominy end-quench test and deriving continuous c...
We present a numerical algorithm for simulating the Jominy end-quench test and deriving continuous c...
This article reviews some of the limitations of the standard cooling curve analysis and the Jominy h...
Video of the transferral of a steel specimen from furnace to water jet during a jominy end quench te...
The heat-transfer phenomena in the quenching process have been studied using stainless steel and mil...
This project investigated the effects of austenitizing temperatures and time on the hardness of 4140...
In this study, the influence of thermal treatments on the properties of the martensitic stainless st...
Determination of the time-temperature property C curve for aluminium alloys usually involves a large...
Close up a steel specimen undergoing quenching during the jominy end quench test. As the water jet s...
Quenching makes it possible to obtain, on previously austenitized steel parts, special structures an...
A systematic study of the effect of heat treatment variables on the properties can be carried out su...