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Published in: Metallurgist 9-10/2022

01-02-2022

Development and Practical Use of the Steel Hardenability Engineering Program

Author: D. V. Vedybeda

Published in: Metallurgist | Issue 9-10/2022

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Abstract

This article presents an overview and brief results of the development of a special program for calculating the hardenability band depending on the steel chemical composition. This program is used by engineering and technical specialists of “BSW — management company of “BMC” holding.”
The program development included several stages of work and was implemented on a “simple-to-complex” basis. The programming language used was C#, and the interface was based on Windows Forms. The design environment was Microsoft Visual Studio 2013 Professional. The program database was created using the design environment provided by the program for deploying and developing databases, i.e., Microsoft SQL Server 2008. The development period was from 2016 to 2021, the active development duration was from 2016 to 2019, and there was one developer. Currently, only data from new steel standards with a requirement for hardenability band are entered into the program. The data are kept up to date.
From 2018 to 2021, another version of the program was developed with almost the same functions only in the Microsoft Visual Basic design environment built into the Excel program, which has an open software code. This version is used in the plant for daily work.
Consequently, using company’s own resources, a software module was developed, which includes several variants of theoretical calculations and a database that includes the information from various technical standards. The program enables the generation of all kinds of reports and a block for data analysis.

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Literature
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go back to reference Yu. M. Lakhtin, Fundamentals of Metal Science [in Russian], Metallurgiya, Moscow (1988). Yu. M. Lakhtin, Fundamentals of Metal Science [in Russian], Metallurgiya, Moscow (1988).
3.
go back to reference GOST 5657–69, Steel. Test Method for Hardenability. GOST 5657–69, Steel. Test Method for Hardenability.
4.
go back to reference DIN EN 10084:2008–06, EN 10084:2008 (D), Steel for Carburization. Delivery Specification. DIN EN 10084:2008–06, EN 10084:2008 (D), Steel for Carburization. Delivery Specification.
5.
go back to reference EN 10083–3:2006 (D), Steel for Hardening and Tempering. Part 1. Basic Delivery Specification for Alloy Steels. EN 10083–3:2006 (D), Steel for Hardening and Tempering. Part 1. Basic Delivery Specification for Alloy Steels.
6.
go back to reference EN 10083–2:2006 (D), Steel for Hardening and Tempering. Part 2. Basic Delivery Specification for Nonalloy Steels. EN 10083–2:2006 (D), Steel for Hardening and Tempering. Part 2. Basic Delivery Specification for Nonalloy Steels.
7.
go back to reference GOST 4543–71, Alloy Setructural Steel Rolled Products. Specification. GOST 4543–71, Alloy Setructural Steel Rolled Products. Specification.
8.
go back to reference GOST 1050–2013, Metal Products from Unalloyed Constructional Quality and Special Steels. General Specification. GOST 1050–2013, Metal Products from Unalloyed Constructional Quality and Special Steels. General Specification.
9.
go back to reference SEP 1664:2004–06, Derivation of Equations by Multiple Regression Method for Calculating the Hardenability in the Jominy Heat Hardening Test Based on the Chemical Composition Of Steels. Technical Regulation. SEP 1664:2004–06, Derivation of Equations by Multiple Regression Method for Calculating the Hardenability in the Jominy Heat Hardening Test Based on the Chemical Composition Of Steels. Technical Regulation.
10.
go back to reference SAE J406, Methods for Determining the Hardenability of Steel. Standard. SAE J406, Methods for Determining the Hardenability of Steel. Standard.
11.
go back to reference ASTM A255, Standard Test Methods for Determining the Hardenability of Steel. Standard. ASTM A255, Standard Test Methods for Determining the Hardenability of Steel. Standard.
Metadata
Title
Development and Practical Use of the Steel Hardenability Engineering Program
Author
D. V. Vedybeda
Publication date
01-02-2022
Publisher
Springer US
Published in
Metallurgist / Issue 9-10/2022
Print ISSN: 0026-0894
Electronic ISSN: 1573-8892
DOI
https://doi.org/10.1007/s11015-022-01246-w

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