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Flow pattern maldistribution and manipulation during two-phase cooling for power batteries: A critical review
Y Fang, H Yang, Y Huang, L Fan - Renewable and Sustainable Energy …, 2025 - Elsevier
As the one of key components for electric vehicle and renewable energy systems, power
battery is always confronted with the issue of thermal safety. It is therefore necessary to …
battery is always confronted with the issue of thermal safety. It is therefore necessary to …
Research on heat transfer and flow distribution of parallel-configured microchannel heat sinks for arrayed chip heat dissipation
C Hu, X Yang, Z Ma, X Ma, Y Feng, J Wei - Applied Thermal Engineering, 2024 - Elsevier
The heat dissipation ability and compact structure of microchannel flow boiling show great
promise for high-efficiency heat dissipation in the field of chip cooling. In arrayed chip …
promise for high-efficiency heat dissipation in the field of chip cooling. In arrayed chip …
Influence of convective heat transfer and wall thermal capacity on dynamic interactions between wall temperature and pressure drop oscillations during microchannel …
Flow boiling in microchannel heat sinks is attractive for use in industrial thermal
management applications owing to highly effective heat dissipation and compactness …
management applications owing to highly effective heat dissipation and compactness …
Two-phase flow oscillation and distribution in parallel channels during R1233zd (E) subcooled flow boiling: A numerical study
Y Huang, K Chen, X Tang, Y Fang - International Journal of Heat and Mass …, 2024 - Elsevier
The uniformity of two-phase flow distribution in a multi-channel heat sink is important for heat
transfer performance. During flow boiling, flow oscillations such as transient reverse flow …
transfer performance. During flow boiling, flow oscillations such as transient reverse flow …
Experimental investigation on flow boiling instability of R1233zd (E) in a parallel mini-channel heat sink for the application of battery thermal management
D Xu, Y Fang, Z Zhang, Y Wang, Y Huang… - International Journal of …, 2022 - Elsevier
The present study focused on the flow boiling instability of R1233zd (E) in a 21 parallel mini-
channel heat sink designed for the application on battery thermal management. Experiments …
channel heat sink designed for the application on battery thermal management. Experiments …
A comprehensive overview of advancements, applications, and impact of supercritical fluid natural circulation loops
Nowadays, many researches are persistently exploring to comprehend the various
characteristic of the supercritical fluid natural circulation loop (SCFNCL) such as use of …
characteristic of the supercritical fluid natural circulation loop (SCFNCL) such as use of …
Map** the amplitude and frequency of pressure drop oscillations via a transient numerical model to assess their severity during microchannel flow boiling
Flow boiling in microchannel heat sinks offers effective cooling for high-power electronics
devices and compact heat exchangers in many other industrial applications. However, flow …
devices and compact heat exchangers in many other industrial applications. However, flow …
Development of maldistribution of humid nitrogen condensing flow and the blockage in parallel channels
Z Ding, Q Ye, M Ni - Applied Thermal Engineering, 2024 - Elsevier
Maldistribution in parallel flow fields reduces the performance of proton exchange
membrane fuel cells (PEMFCs) and heat exchangers. In this study, a condensing flow …
membrane fuel cells (PEMFCs) and heat exchangers. In this study, a condensing flow …
Oscillatory valve effect on temperature synchronization in microchannel cooling systems
Microchannel evaporator cooling systems are widely studied for their ability to remove high
heat fluxes. However, flow instabilities during microchannel boiling, like pressure drop …
heat fluxes. However, flow instabilities during microchannel boiling, like pressure drop …
Effect of thermal capacitance on microchannel heat sink response to pressure drop oscillations
The efficient heat transfer resulting from flow boiling in microchannel heat sinks can help
dissipate high heat fluxes from high-density electronic devices across a small temperature …
dissipate high heat fluxes from high-density electronic devices across a small temperature …