| Title |
Development of an Axial F.R.P. Fan for Cooling Tower |
| Authors |
오건제(Keon-Je Oh) ; 김선숙(Sun-Sook Kim) |
| Keywords |
냉각탑 ; 축류형 F.R.P. 팬 ; 설계 ; 성능해석 ; 설치각 ; 시제품 Cooling tower ; Axial F.R.P. fan ; Design ; Performance analysis ; Setting angle ; Prototype ; |
| Abstract |
An axial F.R.P. fan model for cooling tower is developed. The fan is designed using the equations for one dimensional inviscid flow through the fan blade. Fan shape is swept forward with a parabolic function. Calculations of the three dimensional turbulent flow around the fan are carried out to investigate performance of the fan. Data of the total pressure rise and hydraulic efficiency can be obtained for the various setting angles. Calculated values of the total pressure rise and hydraulic efficiency at the design point are less than those of the design specification. The prototype of the F.R.P. fan is made by laminating of the fiberglass and epoxy resins on the mold of fan shape. |