Study on Continuous Gas Carburizing (3rd Report)

Gas and Vacuum Carburizing

The solution algorithm used in CarbTool is based on the finite difference method (FDM), and the code is developed using Microsoft Visual C++ in Window OS. The tool has been built on the concept of the carbon flux at the surface between the gas and steel is to be specified by the user. The outputs of CarbTool are the carbon concentration distribution profile inside the steel part and the surfa...

Thermodynamic Simulation of Gas Carburizing of Steels

      Simulation of metallurgical processes has been the subject of intense research due to the reduced number of experiments required for controlling the process as well as time and energy savings it allows. In gas carburizing of steel parts, the amount of carbon at the surface of carburized parts is the most important specification of the process in terms of achieving the desired metallurgica...

Report on the 3rd International ESCOP-Symposium.

The 3rd Workshop on Continuous Requirements Engineering – Cre'17

During the last years, we had successful workshops on Continuous Requirements Engineering. They were organized in conjunction with the Working Conference on Requirements Engineering: Foundation for Software Quality. We started in Essen, in 2015, went to Gothenburg in 2016, and were back to Essen in 2017. We are very glad that REFSQ 2017 provided us the opportunity to organize the third version ...

thermodynamic simulation of gas carburizing of steels

simulation of metallurgical processes has been the subject of intense research due to the reduced number of experiments required for controlling the process as well as time and energy savings it allows. in gas carburizing of steel parts, the amount of carbon at the surface of carburized parts is the most important specification of the process in terms of achieving the desired metallurgical prop...