Different analytical dependences of carbon diffusivity in austenite on the concentration of carbon in steels are analyzed. The method of computation is shown to affect the value of the diffusivity. In their turn, these changes affect the carbon concentration profiles in steel and the thickness of the carburized layer.</p
Carbon diffusion was studied in temperature interval 573 - 1073 K in carbon-supersaturated surface l...
Measurement of carbon redistribution was carried out in temperature range 500-750oC in two types of ...
In order to elucidate the roles of the composition-induced stress gradient and the traps formed by c...
Different analytical dependences of carbon diffusivity in austenite on the concentration of carbon i...
The steel carburizing process over the temperature range of 850-1100°C is studied. The different ana...
The carbon diffusion in steel, where the carbon diffusivity varies with the carbon content, was solv...
In the present work, the carbon diffusion in steel, where the carbon diffusivity varies with the car...
In the early 1970s, Professor Dayananda developed a technique for the direct integration of fluxes f...
Especially in heat treatment and hot forming of high-strength low-alloyed steels or cast iron, e.g. ...
In the early 1970s, Professor Dayananda developed a technique for the direct integration of fluxes f...
Ultra-high strength low alloy (UHSLA) steels are used in many applications since they provide high s...
Numerous experimental observations on the carburization-decarburization behavior of austenitic stain...
The study presents the application of a mathematical description of a thermochemical process which c...
Abstract. The study presents the application of a mathematical description of a thermo-chemical proc...
Calculations verify that carbon diffusion may occur during the lath martensite formation. Accordingl...
Carbon diffusion was studied in temperature interval 573 - 1073 K in carbon-supersaturated surface l...
Measurement of carbon redistribution was carried out in temperature range 500-750oC in two types of ...
In order to elucidate the roles of the composition-induced stress gradient and the traps formed by c...
Different analytical dependences of carbon diffusivity in austenite on the concentration of carbon i...
The steel carburizing process over the temperature range of 850-1100°C is studied. The different ana...
The carbon diffusion in steel, where the carbon diffusivity varies with the carbon content, was solv...
In the present work, the carbon diffusion in steel, where the carbon diffusivity varies with the car...
In the early 1970s, Professor Dayananda developed a technique for the direct integration of fluxes f...
Especially in heat treatment and hot forming of high-strength low-alloyed steels or cast iron, e.g. ...
In the early 1970s, Professor Dayananda developed a technique for the direct integration of fluxes f...
Ultra-high strength low alloy (UHSLA) steels are used in many applications since they provide high s...
Numerous experimental observations on the carburization-decarburization behavior of austenitic stain...
The study presents the application of a mathematical description of a thermochemical process which c...
Abstract. The study presents the application of a mathematical description of a thermo-chemical proc...
Calculations verify that carbon diffusion may occur during the lath martensite formation. Accordingl...
Carbon diffusion was studied in temperature interval 573 - 1073 K in carbon-supersaturated surface l...
Measurement of carbon redistribution was carried out in temperature range 500-750oC in two types of ...
In order to elucidate the roles of the composition-induced stress gradient and the traps formed by c...