Please use this identifier to cite or link to this item: http://hdl.handle.net/11455/2252
標題: 杯型鍛造合金鋼調質處理製程參數之研究
The Research On Manufacture Parametric Of Modification Treatment Of Cup Forging Of Alloy Steel
作者: 鄧永勤
Teng, Young-Chin
關鍵字: Taguchi Method;田口;Cr-Mo Steel;quenching and tempering;鉻鉬鋼;調質處理
出版社: 機械工程學系所
引用: 【1】Der-Hung and G. Thomas, Mat.Trans.,1971, vol.2,p.1587 【2】S. A.Herres and C. H. Lorig, Trans. ASM, 1948, vol.40 p.775 【3】S. K. Das and G. Thomas, Trans. ASM, 1969, vol.62, p.659 【4】R. F. Hehemann, V. J. Luhan and A. R. Troiano, Trans. ASM, 1957, vol.49, p.409 【5】ASM “ Metals Handbook ” 1961 vol.1, p1236 【6】張進銘著,“ 機械材料 “, 華興書局發行, 90年5月出版 【7】機械構造用鉻鉬鋼鋼料, CNS總號3229類號G3065, 76年5月 21日修定 【8】孟繼洛主編;施勝雄等編著,”機械材料”,曉園出版社發 行,79年10月修訂版 【9】大和九重雄著,王龍祥譯,”S曲線-熱處理恆溫變態曲線”, 正言出版社發行,66年5月初版 【10】SAE 4140化學成份檢驗報告,系製中心材料實驗室 【11】永田靖、陳耀茂譯,”實驗計劃法入門”,財團法人中衛發 展中心發行,93年1月出版 【12】86571514REV B,Alloy Steel 4140 Hot-Round and Forging Quality Material,1998-09-01 【13】AMS 2759/6A,Gas Nitriding and Heat Treatment of Low- Alloy Steel Parts, 2002-03-01 【14】MIL-S-5626 C,STEEL,CHROME-MOLYBDENUM (4140) BARS, RODS, AND FORGING STOCK (FOR AIRCRAFT APPLICATIONS), 1972-07-07 【15】ASTM A914/A 914M, Standard Specification for Steel Bars Subject to Restricted End-Quench Hardenability Requirements, 1992-12-15 【16】ASM 6382M, Steel, Bars, Forgings, and Rings 0.95Cr- 0.20Mo (0.38-0.43C) Annealed UNS G41400, 2001-10-1 【17】田口是品質工程與其應用指導綱要, CNS總號14914類號 Z4067, 94年3月25日公佈 【18】G. Krauss and A. R. Marder, Mat. Trans.,1971, vol.2, p2373 【19】葉義龍,”SAE 4130熱處理條件/硬化能技術報告”,91年元 月 【20】鄭燕琴編著,”實驗設計與分析”教材” 【21】鄭燕琴編著,”田口品質工程”教材” 【22】林朝蒼編著,”動態式田口品質工程”教材 【23】矢野宏原著、陳耀茂譯,”簡易品質工程”,中國生產力中 心出版 【24】李學志、劉潤深、林國書合著,”SAE 4130鉻鉬鋼之合金設 計原理及特性介紹”技術報告 【25】楊智剛、盧榮俊合著,”SAE 4130合金鋼之熱處理及焊接性 質”技術報告 【26】金重勳著,”熱處理”,復文書局發行,75年4月修訂版
摘要: 
SAE 4140鉻鉬鋼,其具有良好之機械性質、熱處理性質、切削性、銲接性之材料,而廣泛的應用於航太工業、石化工業、農用機具、國防工業上,但其優異性質的發揮,必須藉由適當的熱處理來達成,在熱處理製程上有很多影響參數,如固溶及回火溫度的高低及持溫時間的長短,甚至使用爐具設備種類及前後處理方式等等,均對熱處理的品質有極大的影響。
本文針對SAE 4140合金鋼鍛造材料,利用田口品質工程技術,來研究探討其調質處理最佳製程參數。 經實驗結果選定最佳條件後,在經確認實驗其重現性非常良好,且能控制表面硬度,在厚(上)端與薄(下)端的硬度差在HRC 1.5以內,及控制表面與心部的硬度差在HRC 2~HRC 2.5之範圍的品質要求。

The SAE 4140 Cr-Mo Steel is a material which has good mechanical properties, heat treatment, cutting, welding, and it's widely used in aerospace industry, petrochemical industry, agricultural machinery, national defense industry. To effective use of it, need appropriate heat treatment to achiever, and it has variety parameters in process, such as the level of temperature of tempering and the length of continuous temperature, which have the great impact on the quality.
In this paper, use Taguchi Method to study and explore the best parameter of quenching and tempering on the material of SAE 4140. The results show in experiments after selecting the best conduction is very good, and it can be controlled the surface hardness and in the thick (Upper) side and thin (Bottom) side of the hardness difference of HRC 1.5 or less, and to meet the requirement between HRC 2 to HRC 2.5 of the surface and the heart hardness.
URI: http://hdl.handle.net/11455/2252
其他識別: U0005-1501201020474200
Appears in Collections:機械工程學系所

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