An Object-Oriented Modeling Approach in Materials Processing: Case Study of the Acheson and Carburizing Processes |
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Authors: | G. S. Gupta G. Hind |
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Affiliation: | a Department of Metallurgy, Indian Institute of Science, Bangalore, Indiab Department of Metallurgical Engineering, Regional Engineering College, Tiruchirappalli, India |
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Abstract: | Numerical results can be conveyed effectively to any one using an object-oriented framework. Therefore, it becomes essential to couple the object-oriented approach with numerical analysis. A simple object-oriented methodology for creating a graphical user interface (GUI) as a framework is presented. This work tries to fill a gap between scientific computer code written in a noninteractive way and interactive programming in materials processing. The GUI interface framework has been created in such a way that at any point of time one need not create a new GUI framework. The user only needs to create the process object and attach it to the framework. Two examples have been presented involving interactive finite volume-based gas carburizing and interactive finite difference-based Acheson process (used for the production of silicon carbide). |
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Keywords: | Object-oriented programming Graphical user interface Process modeling Carburizing Acheson process |
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