Lingwu Meng, Shuai Shao, Jian Qiao. Influence Factors of Bend Flow Resistance in Turbulent Flow of Inner Channel Liquid Cooled Mirror[J]. Acta Optica Sinica, 2018, 38(2): 0214001
- Acta Optica Sinica
- Vol. 38, Issue 2, 0214001 (2018)
Fig. 1. Inner channel geometry model. (a) Light guide model; (b) inner channel model; (c) inner channel geometry parameter
Fig. 2. Pressure loss coefficients varies with channel width a
Fig. 3. Velocity contours of bend under different channel widths a
Fig. 4. Pressure loss coefficient varies with channel height b
Fig. 5. Velocity contours of bend under different channel heights b
Fig. 6. Pressure loss coefficient varies with channel interval e
Fig. 7. Velocity contours of bend under different channel intervals e
Fig. 8. Pressure loss coefficient varies with bend width c
Fig. 9. Velocity contours of bend under different bend widths c
Fig. 10. Pressure loss coefficient varies with bend width c
Fig. 11. Velocity contours of bend under different bend width c
Fig. 12. Pressure loss coefficient varies with flow velocities v
Fig. 13. Velocity contours of bend under different flow velocities v
Fig. 14. Pressure loss coefficient varies with coolant volume fraction
Fig. 15. Velocity contours of bend under different coolant volume fractions
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Table 1. Physical properties of copper and glycol aqueous solution
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