Effect of Critical Cooling Rate for Minimization of Porosity in the Thick Aluminum Casting |
Kwak, Si-Young
(Cyber Manufacturing Process Group, Korea Institute of Industrial Technology (KITECH))
Cho, In-Sung (Cyber Manufacturing Process Group, Korea Institute of Industrial Technology (KITECH)) Kim, Yong-Hyun (Daeshin Metals. Co., Ltd.) Lee, Hee-Kwon (Daeshin Metals. Co., Ltd.) |
1 | Kim YH, Project supported by the Ministry of Trade, Industry and Energy (MOTIE, Korea) "Development of large-scale high-quality aluminum sand casting technology", (2016-2018). |
2 | Oh MJ, Yoo SM, Cho IS and Kim YH, J. Korea Foundry Society, "A study on the Effect of Insulating sleeve on solidification characteristics of A356 aluminum alloy", 31 (2011) 205-211. DOI |
3 | Cho IS, Kwak SY, Oh MJ, Jang SC and Lim CH, 2nd KJICT WS (Korea/Japan Industrial CT Workshop), "Evaluation of effectiveness of casting defect on physical properties for diecast by using 3D computed tomography", (2015) 17-23. |
4 | Lee SW, Kim HK, Hwang HY and Kwak SY, J. Korea Foundry Society, "Fatigue Life Analysis for Al Alloy Casting Containing Internal Defects", 30 (2010) 25-28. |
5 | Hwang SC and Kwak SY, J. Korea Foundry Society, "Effect of Shrinkage Defect on Fracture Impact Energy of A356 Cast Aluminum Alloy", 34 (2014) 248-252. |