1 |
Bae, D. H. : Stress Distribution and Fatigue Strength Evaluation of a Single Elliptical Spot Welded Lap Joint Under Tension-Shear Load," 일본기계학회논문집 A, 39 (1988), 98-104
|
2 |
共同硏究成果資料 : 自動車車體 スボツト 鎔接構造の疲勞强度と壽命 豫測, 日本自動車技術會, 1986 (in Japanese)
|
3 |
Shon, I. S. : A Study on the Fatigue Design Methods and Expert System Development for thin steel Spot Welded Lap Joint, Thesis of Ph. D, Sungkyunkwan University, 1999
|
4 |
片上哲史, 順賀森 勇夫 : 自動車構造 におけゐ 結合剛性, 第2報 L,T,Y 形 結合構造の結合剛性, 自動車技術會 spot 鎔接 構造 信賴性 分科會 論文集 43 (1990), 143-147 (in Japanese)
|
5 |
Lee, K. Y. and Kim O. H. : Stress Intensity Factor for the Cracked sheet subjected to Normal Stress and Reinforced with a plate by spot welding, KWJS, 15-1 (1997) 55-65 (in Korean)
과학기술학회마을
|
6 |
M. E. M. El-sayed : Fatigue analysis of spot welded joints under variable amplitude load history, Fatigue Fracture Engineering Material Structure, 55-3 (1996), 363-369
|
7 |
Bae, D. H., J. E. Niisawa, and N. Tomidka : Theoretical Analysis of Stress Distribution of Single Spot Welded Lap Joint under Tension Shear Load, 日本 自動車技術會 論文集, 39, 1988
|
8 |
Bae, D. H. : Fracture Mechanical Fatigue Strength Evaluation of A Single Spot Welded Lap Joint Subject to Tensile Shear Load, Journal of KSAE, 13-5. (1991), 42-50
|