1. J. Lee, K. Asim, and J. Pan, Modeling of Failure Mode of Laser Welds in Lap-shear Specimens of HSLA Steel Sheets,
Engineering and Fracture Mechanics. 78 (2011) 374–396. (in Korean)
[CROSSREF]
2. R. Shatma, P. Molian, and F. Peters, Geometric Variability and Surface Finish of Weld Zones in Yb: YAG Laser Welded Advanced High Strength Steels, Journal of Manufacturing Processes. 12 (2010) 78–84.
3. Min-Ho. Park, Ill-Soo. Kim, Jong-Pyo. Lee, Byeong-Ju. Jin, Do-Hyeong. Kim, In-Ju. Kim, and Ji-Sun. Kim, A Study on HAZ Softening Characteristics of Fiber Laser Weldment for High-Strength Steel,
J. of Welding and Joining. 33(6) (2015) 27–35. (in Korean)
[CROSSREF]
4. Chang-Je. Lee and Jong-Do. Kim, A Study on Correlationship between the Induced Plasma and Emission Signals for In-process Monitoring in Stainless Steel Welding of Fiber Laser (I), J. of Welding and Joining. 32(6) (2014) 64–69. (in Korean)
5. Chang-Je. Lee and Jong-Do. Kim, A Study on Correlationship between the Induced Plasma and Emission Signals for In-process Monitoring in Stainless Steel Welding of Fiber Laser (II), J. of Welding and Joining. 32(6) (2014) 70–74. (in Korean)
6. Changmin. Lee, Hyungkwon. Park, and Changhee. Lee, Crack Susceptibility of Laser Cladding Process with Co-Based Metal Matrix Composite Powders,
Journal of Welding and Joining. 32(6) (2014) 41–46. (in Korean)
[CROSSREF]
7. Keang-Hyeon. Lee, Seong-Wong. Choi, and Chung-Yun. Kang, Effects of laser power on hardness and microstructure of the surface melting hardened SKD61 hot die steel using Yb: YAG disk laser,
J. of Welding and Joining. 33(3) (2015) 54–61. (in Korean)
[CROSSREF]
8. Jong-Do. Kim, Gi-Hoon. Myung, Moo-Keun. Song, Jae-Hwan. Oh, and Jeong. Suh, The characteristics of bead welding on steel with process parameter during the laser-arc hybrid welding (I), J. of Welding and Joining. 33(2) (2015) 85–90. (in Korean)
9. Jong-Do. Kim, Gi-Hoon. Myung, and In-Duck. Park, The characteristics of bead welding on steel with process parameter during the laser-arc hybrid welding (II), J. of Welding and Joining. 33(2) (2015) 91–96. (in Korean)
10. Young-Nam. Ahn and Cheolhee. Kim, The Effect of Shielding Gas Composition on High Power Laser Welding Characteristics,
J. of Welding and Joining. 33(4) (2015) 17–23. (in Korean)
[CROSSREF]
11. YM. Ueda and G. Yuan, Prediction of residual stress in tand I-joints using inherent strain-A predicting method of welding residual stress using source of residual stress (Report 3), J. of the Japan welding society. 9(3) (1991) 337–343.
12. J. S. Kim, J. H. Kim, H. Y. Oh, C. Y. Kim, Y. J. Lee, and K. S, TK. Song, Welding residual stress distributions for dissimilar metal nozzle butt welds in pressurized water reactors,
The Korean society of mechanical engineers A. 36(2) (2012) 137–148.
[CROSSREF]
13. J. Wareing, Fatigue crack growth in a type 316 stainless steel at elevated temperature, Metallurgical Transaction. 6A (1975) 1367–1377.
14. I. Kim, Y. Jung, and D. Lee, Improving fatigue strength of weld joints by blast cleaning in painting steel bridge, Journal of the Korean society of steel construction. 23(3) (2011) 137–146. (in Korean)
15. C. Lee, M. Park, and C. Chang, The study about the fatigue strength improvement mechanism by the processing of fillet welded joint, Journal of the Korean society of steel construction. 11(3) (1999) 319–327. (in Korean)
16. P. J. Hagensen, The effects of grinding and peening on the fatigue strength of welded T-joint, International institute of welding (IIW) Document. (1993) XIII-1510-93
17. International institute of welding (IIW). Commissions XIII and XV, IIW recommendations on post weld improvement of steel and aluminum structures, IIW Document. (2001) XIII-1815-00
18. International institute of welding (IIW). Commissions XIII and XV, recommendations for fatigue design of welded joints and components, IIW Document. (2008) XIII-1823-07
19. Hua Wei. Rong, Hyun Jun. Lee, Hae Young. Jung, Sum Chel. Hur, and Won Jo. Park, A Study on the Shot-Peening Effect for Fatigue Life Improvement of Laser Welding Material, The Korean Society of Ocean Engineers. 24(2) (2010) 57–61.
20. Jeong Woo. Han and Seung Ho. Han, Research for Fatigue Life Extension Techniques in Weldments via Pneumatic Hammer Peening,
The Korean society of mechanical engineers A. 33(8) (2009) 842–848. (in Korean)
[CROSSREF]
21. S. Y. Yang, S. D. Choi, J. M. Jun, and B. C. Gong, Improving the residual stress characteristics of the metal surface by Nd: YAG laser shock peening, Journal of the Korean society of manufacturing technology engineers. 19(4) (2001) 539–547. (in Korean)
22. C. A. Lavender, S. T. Hong, M. T. Smith, R. T. Johnson, and D. Lahrman, The effect of laser shock peening on the life and failure mode of a cold piler die,
Journal of materials processing technology. 204 (2008) 486–491. (in Korean)
[CROSSREF]
23. C. S. Montross, T. Wei, L. Ye, G. Clark, and Y. W. Mai, Laser shock processing and its effects on microstructure and properties of metal alloys, A review,
International journal of fatigue. 24(10) (2002) 1021–1036.
[CROSSREF]
24. Wooram. Lee and Joohan. Kim, Modeling of a confinement effect in laser shock peening on titanium alloy,
Journal of the Korean society of manufacturing technology engineers. 22(4) (2013) 540–545. (in Korean)
[CROSSREF]
25. Wooram. Lee, A study of dry laser shock peening process design using a polymer film,
KOREA SCIENCE & ART FORUM. 22 (2015) 257–266. (in Korean)
[CROSSREF]
26. G. R. johnson and W. H. Cook, Fracture characteristics of three metals subjected to various strains, strain rates, temperatures and pressures,
Engineering fracture mechanics. 21(1) (1985) 31–48.
[CROSSREF]
27. Hae Young. Jung. A study on the effects of shot peening to the fatigue life of laser welded materials. Ph. D, Thesis, Gyeongsang national university. Jinju, Republic of Korea; (2009), p. 130–131
28. Jong-Do. Kim, Myung-Sub. Kwak, and Chang-Soo. Kim, A Study of Weldability for Pure Titanium by Nd: YAG Laser(I) -Weld Properties with Shield Conditions,
Journal of KWJS. 27(5) (2009) 55–61. (in Korean)
[CROSSREF]
29. Jong-Do. Kim, Mying-Sub. Kwak, Moo-Keun. Song, and Seung-Ha. Park, A Study of Weldability for Pure Titanium by Nd: YAG(II) -Welding Properties of Butt Welding, Journal of KWJS. 27(6) (2009) 68–73. (in Korean)
30. Jong-Do. Kim, Byung-Lea. Kil, Myung-Sub. Kwak, and Moo-Keun. Song, A Study of Weldability for Pure Titanium by Nd: YAG(II) -Welding Properties of Edge Welding, Journal of KWJS. 27(6) (2009) 74–79. (in Korean)
31. Byoung-Hyun. Yoon, Suk-Hwan. Kim, and Woogn-Seong. Chang, Recent Trends of Welding Technology for Ti and Ti Alloys,
Journal of KWJS. 25(5) (2007) 22–28. (in Korean)
[CROSSREF]
32. Fujii. Nobuyuki, Fukuhara. Yoshimasa, Hinata. Teruhiko, and Yasuda. Katsuhiko, Examination of Melting Characteristics of Pure Titanium and Welding Procedure conditions-Welding or Pure Titanium and Joint Performance (Report 1), Journal of the Japan Welding Society. 20(1) (2002) 20–25.
33. Duck-Soo. Kang and Kwang-Jin. Lee, Recent R&D status on friction stir welding of Ti and its alloys,
J. of Welding and Joining. 33(2) (2015) 1–7. (in Korean)
[CROSSREF]