| Numerical Methods for Safeguarding the Performance of the Quenching Process |
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| 作者姓名： | I.FELDE T.RETI S.Segerberg J.Bodin G.S.Sarmiento G.E.Totten J.GU |
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| 作者单位： | [1]BayZoltánInstituteforMaterialsScienceandTechnology,Budapest,Hungary [2]BudapestPolytechnic,Budapest,Hungary [3]IVEMoelndal,Sweden [4]UniversidaddeBuenosAires,BuenosAires,Argentina [5]G.E.Totten＆Associates,LLC,Seattle,U.S.A. [6]ShanghaiJiaoTongUniversity,Shanghai,PublicRepublicofChina |
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| 摘 要： | A new numerical technique for testing and evaluation of quenching media and quenching systems is outlined. The measured time-temperature samples as a result of cooling curve test are analyzed by the new software developed, in order to characterize quantitatively the quenchants. The method applied is based on Fourier analysis. Examples for evaluation and comparison of cooling performance of quenchants are presented the applicability of the computational technique.
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| 关 键 词： | 淬火 冷却曲线 控制范围 最佳化 判定支持 |
Numerical Methods for Safeguarding the Performance of the Quenching Process |
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| I.FELDE T.RETI S.Segerberg J.Bodin G.S.Sarmiento G.E.Totten J.GU.Numerical Methods for Safeguarding the Performance of the Quenching Process[J].Transactions of Materials and Heat Treatment,2004,25(5):519-521. |
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| Authors: | IFELDE TRETI SSegerberg JBodin GSSarmiento GETotten JGU |
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| Abstract: | A new numerical technique for testing and evaluation of quenching media and quenching systems is outlined. The measured time-temperature samples as a result of cooling curve test are analyzed by the new software developed, in order to characterize quantitatively the quenchants. The method applied is based on Fourier analysis. Examples for evaluation and comparison of cooling performance of quenchants are presented the applicability of the computational technique. |
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| Keywords: | Testing Monitoring Quenching Quenchants Cooling curves Hardening power Control limits Optimization Decision support |
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