1 조영만, "전산유체역학(CFD)를 활용한 정수공정에서 유공관 설계" 대한환경공학회 32 (32): 887-893, 2010
2 조영만, "전산유체역학(CFD)를 활용한 정수공정에서 압력수 확산공정 진단" 대한환경공학회 33 (33): 359-367, 2011
3 The Hongik University Institute of Technology, "The Report of 3D Numerical Simulation for Near part Seawater Intake Facility" 2011
4 Kim, J.H., "Development of Undergrounding-type Seawater Intake Facility for Controlling the Intake-pipe Obstruction" 116-120, 2013
5 Kim, T.W., "Analysis of Undergrounding-type Seawater Intake System using Numerical Model" 317-319, 2013
6 Kim, J.H., "Analysis of Undergrounding-type Seawater Intake Facility by Hydraulic Experiments" 508-, 2013
1 조영만, "전산유체역학(CFD)를 활용한 정수공정에서 유공관 설계" 대한환경공학회 32 (32): 887-893, 2010
2 조영만, "전산유체역학(CFD)를 활용한 정수공정에서 압력수 확산공정 진단" 대한환경공학회 33 (33): 359-367, 2011
3 The Hongik University Institute of Technology, "The Report of 3D Numerical Simulation for Near part Seawater Intake Facility" 2011
4 Kim, J.H., "Development of Undergrounding-type Seawater Intake Facility for Controlling the Intake-pipe Obstruction" 116-120, 2013
5 Kim, T.W., "Analysis of Undergrounding-type Seawater Intake System using Numerical Model" 317-319, 2013
6 Kim, J.H., "Analysis of Undergrounding-type Seawater Intake Facility by Hydraulic Experiments" 508-, 2013