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Original Articles

Theoretical and experimental study on single-phase natural circulation under inclined conditions

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Pages 304-313 | Received 19 Jun 2012, Accepted 03 Dec 2012, Published online: 15 Mar 2013

Figures & data

Figure 1 Ship motions under oceanic conditions

Figure 1 Ship motions under oceanic conditions

Figure 2 Test apparatus

Figure 2 Test apparatus

Figure 3 Total mass flow rates under different inclined angles

Figure 3 Total mass flow rates under different inclined angles

Figure 4 Average temperature differences under different inclined angles

Figure 4 Average temperature differences under different inclined angles

Figure 5 Effect of inclined angles on the overall natural circulation ability

Figure 5 Effect of inclined angles on the overall natural circulation ability

Figure 6 Illustration of the average altitude variation under inclined conditions

Figure 6 Illustration of the average altitude variation under inclined conditions

Figure 7 Mechanism of disparity in the natural circulation ability

Figure 7 Mechanism of disparity in the natural circulation ability

Figure 8 Branch flow rates under different inclined angles

Figure 8 Branch flow rates under different inclined angles

Figure 9 Branch temperatures under different inclined angles

Figure 9 Branch temperatures under different inclined angles

Figure 10 Inlet and outlet temperatures of electrical modules under different inclined angles

Figure 10 Inlet and outlet temperatures of electrical modules under different inclined angles

Figure 11 Effect of loop configuration on the mass flow ratio

Figure 11 Effect of loop configuration on the mass flow ratio

Figure 12 Effect of F HL/F CL on the mass flow ratio

Figure 12 Effect of F HL/F CL on the mass flow ratio

Figure 13 Effect of loop configuration on the circulation ability

Figure 13 Effect of loop configuration on the circulation ability

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