Crack Growth Evaluation on Connecting Rod Using Surface Wave
Author:
Affiliation:
1. University of Yamanashi, Mechanical Systems Engineering, Department of Education Interdisciplinary Graduate School of Medicine and Engineering
Publisher
Japan Society of Mechanical Engineers
Subject
Mechanical Engineering,Mechanics of Materials,General Materials Science
Link
http://www.jstage.jst.go.jp/article/kikaia/77/780/77_780_1247/_pdf
Reference10 articles.
1. (1) Kubota,T., Iwasaki,S., Isobe,T, and Koike,T., “Development of Fracture Splitting Method for Case Hardened Connecting Rod”, Society of Automotive Engineers, 2004-32-0064, (2004), pp.1-7.
2. (2) Repgen,B., “Optimized Connecting Rods to Enable Higher Engine Performance and Cost Reduction”. Society of Auto motive Engineers, TECHNICAL PAPER SERIES, 980882, (1998), pp.1-5.
3. (3) Kato,S., Kano,T., Hobo,M., Yamada,Y., Miyazaw,T.and Okada,Y., “Development of Microalloyed Steel for Split Connecting Rod”, SAE TECHNICHAL PAPER SERIES, 2007-01-1004, (2007), pp.1-8.
4. (4) Park,H., Ko,Y.S., Jung,S.C., Song,B.T., Jun,Y.H., Lee,B.C.and Lim,J.D., “Development of Fracture Split Steel Connecting Rods”, Society of Automotive Engineers, TEC HNICHAL PAPER SERIES, 2003-01-1309, (2003), pp.1-5.
5. (5) 山口雅史,大熊 悟,宮澤智則,山田雄一,"軽量一体鍛造分割型コンロッドの開発",日産技報, Vol.56, (2005), pp.21-24.
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