• Acta Physica Sinica
  • Vol. 69, Issue 1, 014401-1 (2020)
Ze-Peng Lin, Sheng-Zhuo XU, and Yun Bao*
Author Affiliations
  • School of Aeronautics and Astronautics, Sun Yat-Sen University, Guangzhou 510275, China
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    DOI: 10.7498/aps.69.20191193 Cite this Article
    Ze-Peng Lin, Sheng-Zhuo XU, Yun Bao. Characteristics of heat flow as well as process of heat conduction and transport in partitioned thermal convection[J]. Acta Physica Sinica, 2020, 69(1): 014401-1 Copy Citation Text show less
    Temperature field and streamline of partitioned convection system对流系统中的温度场和流线图
    Fig. 1. Temperature field and streamline of partitioned convection system对流系统中的温度场和流线图
    The heat flux of different heat transfer channels in partitioned convection system.隔板对流系统中不同传热通道的热通量
    Fig. 2. The heat flux of different heat transfer channels in partitioned convection system.隔板对流系统中不同传热通道的热通量
    An enlarged portion of the vertical heat flow field in partitioned convection system, the arrows represent the direction of the flow.隔板对流系统局部区域纵向热流分布特性
    Fig. 3. An enlarged portion of the vertical heat flow field in partitioned convection system, the arrows represent the direction of the flow.隔板对流系统局部区域纵向热流分布特性
    An enlarged portion of the horizontal heat flow field in partitioned convection system.隔板对流系统局部区域横向热流分布特性
    Fig. 4. An enlarged portion of the horizontal heat flow field in partitioned convection system.隔板对流系统局部区域横向热流分布特性
    Change of heat flux and heat flow in partial area of the system and quantitative representation of the heat transfer on the bottom plate.系统局部区域热流热通量变化及底板传热特性定量表示
    Fig. 5. Change of heat flux and heat flow in partial area of the system and quantitative representation of the heat transfer on the bottom plate.系统局部区域热流热通量变化及底板传热特性定量表示
    Partial temperature field and magnitude of local heat flux under different number of partitions n = 9 (a) and n = 11 (b) when the height of gap is d = 0.015 and n = 9 (c) and n = 11 (d) when the height of gap is d = 0.01狭缝高度d = 0.015时隔板数n = 9 (a), n = 11 (b)及d = 0.01时隔板数n = 9 (c), n = 11 (d)的局部温度场和局部传热大小
    Fig. 6. Partial temperature field and magnitude of local heat flux under different number of partitions n = 9 (a) and n = 11 (b) when the height of gap is d = 0.015 and n = 9 (c) and n = 11 (d) when the height of gap is d = 0.01 狭缝高度d = 0.015时隔板数n = 9 (a), n = 11 (b)及d = 0.01时隔板数n = 9 (c), n = 11 (d)的局部温度场和局部传热大小
    Nu and Nud/Nu with the change of the partition number n under different height of gaps, the horizontal red dashed line represents the system without partitions.不同狭缝高度下传热Nu数与Nud/Nu随隔板数的变化, 红色线表示无隔板时系统的传热
    Fig. 7. Nu and Nud/Nu with the change of the partition number n under different height of gaps, the horizontal red dashed line represents the system without partitions. 不同狭缝高度下传热Nu数与Nud/Nu随隔板数的变化, 红色线表示无隔板时系统的传热
    Ze-Peng Lin, Sheng-Zhuo XU, Yun Bao. Characteristics of heat flow as well as process of heat conduction and transport in partitioned thermal convection[J]. Acta Physica Sinica, 2020, 69(1): 014401-1
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