Development of rapidly hardening seal material applicable to steel pipe multistage grouting |
Shin, Hyunkang
(Infrastructure Solution Group, Infra Division, POSCO E&C)
Jung, Hyuksang (Dept. of Railway Construction and Safety Engineering, Dongyang University) Kim, Donghyun (Dept. of Railway Construction and Safety Engineering, Dongyang University) Ryu, Yongsun (Chemius Korea Co., Ltd.) Kim, Donghoon (City Planning Team of Jeju Urban Construction Department) |
1 | Korea Rail Network Authority (2018b), Small diameter steel pipe multi-stage grouting construction specification (plan), pp. 2-14. |
2 | Korea Railroad Research Institute (2018), Study on improvement of steel tube multi-story construction method for rail tunnel reinforcement, pp. 24-38. |
3 | Masindi, V. (2015), Remediation of acid mine drainage using magnesite and its bentonite clay composite, Doctor of Philosophy Thesis, Graduate School of Environmental Sciences, University of Venda, pp. 41. |
4 | Storr, M., Murray, H. H. (1986), "Well-ordered kaolinite in siderite concretions from the Brazil Formation, western Indiana", Clays and Clay Minerals, Vol. 34, No. 6, pp. 689-691. DOI |
5 | Korea Rail Network Authority (2018a), Report on the mixing ratio test results of sealing material and injection material for reinforcement of steel pipe multi-stage grouting, pp. 16-42. |
6 | Ahn, J.H. (2018), Evaluation of construction management techniques and standards for the umbrella method, Master Thesis, Graduate School of Global Convergence, Korea National University of Transportation, pp. 11-35. |
7 | Hong, S., Bae, K., Koo, H., Mun, H., Yoo, Y., Lee, Y., Lee, S. (1994), Development of umbrella arch method for tunneling difficult ground condition, Korea Institute of Construction Technology, pp. 222-225. |
8 | Korea Rail Network Authority (2016), Construction specification in Donghae line Pohang-Samcheok railway construction section11, pp. 10-75-154. |