NUCLEAR TECHNIQUES, Volume. 47, Issue 9, 090606(2024)
Effect of air gap on the flow and heat transfer behavior in rectangular channel of fuel plate during bubbling conditions
Fig. 4. Comparison of temperature on the centerline of the fuel plate under different mesh numbers
Fig. 5. Temperature distribution contours of fuel plates under different bubbling conditions(a) No bubbling, (b) Solid bubbling, (c) Gas bubbling
Fig. 6. Temperature change curves of fuel plate along the flow direction under gas bubbling (a) and solid bubbling (b)
Fig. 7. Variation curves of longitudinal temperature of fuel plate under gas bubbling (a) and solid bubbling (b)
Fig. 8. Heat flux distribution contours of fuel plates under different bubbling conditions(a) No bubbling, (b) Solid bubbling, (c) Gas bubbling
Fig. 9. Heat flux density variation curves of fuel plate in the bubble center under gas bubbling (a) and solid bubbling (b)
Fig. 10. Comparison diagram of heat flux proportion on both sides of the fuel plate
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Chuandong LIU, Wei XU, Hui HE, Xiaojing LIU. Effect of air gap on the flow and heat transfer behavior in rectangular channel of fuel plate during bubbling conditions[J]. NUCLEAR TECHNIQUES, 2024, 47(9): 090606
Category: NUCLEAR ENERGY SCIENCE AND ENGINEERING
Received: Mar. 21, 2024
Accepted: --
Published Online: Nov. 13, 2024
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