Browsing Research publications by Author "Tang, Jincheng"
Now showing items 1-5 of 5
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Experimental and analytical study on heat generation characteristics of a lithium-ion power battery
Xie, Yongqi; Tang, Jincheng; Shi, Shang; Wu, Hongwei; Yu, Jianzu (2018-07-01)A combined experimental and analytical study has been performed to investigate the transient heat generation characteristics of a lithium-ion power battery in the present work. Experimental apparatus is newly built and the ... -
Experimental and numerical investigation on conjugate performance of fan and heat exchanger of helicopter oil cooling system
Tang, Jincheng; Xie, Yongqi; Wu, Hongwei; Fang, Zhen; Yu, Jianzu; McCluskey, Daniel (2022-09-14)In this article, a combined experimental and numerical study has been performed to investigate the operating performance of axial fan and oil cooling system. A test rig was established, and six types of plate-fin heat ... -
Experimental and numerical investigation on integrated thermal management for lithium-ion battery pack with composite phase change materials
Xie, Yongqi; Tang, Jincheng; Shi, Shang; Xing, Yuming; Wu, Hongwei; Hu, Zhongliang; Wen, Dongsheng (2017-12-15)In this article, a novel composite phase change materials based thermal management system coupled with air cooling was proposed in order to sustain the temperature rise and distribution within desirable ranges of the ... -
Numerical and experimental investigations into protection net icing at the helicopter engine inlet
Tang, Jincheng; Xie, Yongqi; Zhu, Jianqin; Wang, Xianwei; Liu, Siyuan; Yu, Jianzu; Wu, Hongwei (2021-11-30)The ice shapes of the protection net at different times are firstly simulated by a 2D icing calculation, then the porous media parameters are calculated based on the 2D ice shapes. Afterwards, a three-dimensional (3D) flow ... -
Performance analysis of acceleration effect on paraffin melting in finned copper foam
Tang, Jincheng; Xie, Yongqi; Chang, Shinan; Yan, Zhenrong; Wu, Hongwei; Zhang, Hongxing (2022-02-05)Phase change material (PCM) has great potential in thermal control of aircraft electronic components because of their excellent latent heat capacity. In the current work, a finned copper foam phase change energy storage ...