Numerical simulation and experimental verification of underwater thermal jet based on PANS method

Delong Mao; Kangshuo Wang; Lin He; Jiang Sha; Ben Wang; Yihao Wang

doi:10.3788/IRLA20210104

[1] Zhe Zhou, Zongliang Bai, Detao Zhao, et al. Structure optimization and simulation analysis of submarine discharge port based on CFD. Ship Science and Technology, 42, 66-70(2020).

[2] David F, Michael G, lo W, et al. Numerical simulation of late wakes in Stratified sheared flows [C]Proceedings of the 2003 User Group Conference, IEEE, 2003(6): 206210.

[3] Mengmeng Wu, Boyi Chen, Xiufeng Zhang, et al. The study on the varied laws of surface feature parameters caused by a going body underwater in the temperature stratification ocean. Infrared Technology, 32, 242-246(2010).

[4] Haochun Zhang, Yu Ji, Rui Ma, et al. Buoyant characteristics of thermal wakes discharged by underwater vehicles. Ship Science and Technology, 37, 24-28(2015).

[5] Jian Zhang, Li Yang, Jiangtao Yuan, et al. Experimental research of underwater vehicle thermal wakes. Journal of Experiments in Fluid Mechanics, 22, 7-14(2008).

[6] Weiping Yang, Zhilong Zhang, Jicheng Li. Experimental test system design for thermal wakes of submerged vehicle based on scale model. Journal of National University of Defense Technology, 38, 107-112(2016).

[7] Weiping Yang, Zhilong Zhang, Jicheng Li, et al. Thermal wakes detectability of submerged objects based on scale model. Infrared and Laser Engineering, 45, 28-35(2016).

[8] D Shao, D Huang, B Jiang, et al. Flow patterns and mixing characteristics of horizontal buoyant jets at low and moderate reynolds numbers. International Journal of Heat and Mass Transfer, 105, 831-846(2017).

[9] L K Su, D B Helmer, C J Brownell. Quantitative planar imaging of turbulent buoyant jet mixing. Journal of Fluid Mechanics, 643, 59-95(2010).

[10] K K Bharadwaj, D Das, P K Sharma. Near field characteristics of buoyant helium plumes. Sadhana Academy Proceedings in Engineering Science, 40, 757-768(2015).