姓名：

王楚涵

博士后

入学年份：

2022

导师：

许春晓

电子邮箱：

chuhan_wang@mail.tsinghua.edu.cn

地址：

清华大学蒙民伟科技大楼北楼N706

研究领域:

 火焰稳定性的全局线性分析（链接为博士论文）：流动稳定性、火焰稳定性、预解算子法

 化学反应湍流边界层的直接数值模拟：壁湍流、可压缩湍流、湍流燃烧

教育经历:

2019~2022

博士，巴黎综合理工学院，法国（导师：Lutz Lesshafft）

2017~2019

硕士，北京航空航天大学，中法工程师学院（导师：方乐）

2015~2017

工程师学位，里昂中央理工学院，法国

2012~2015

本科，北京航空航天大学，中法工程师学院

近期工作:

[1] C. Wang and C-X. Xu. An assumed PDF closure of turbulent chemistry in hypersonic boundary layers. Submitted (under review)

[2] C. Wang, L. Fang, Z. Wang and C-X. Xu. Role of Fourier phase dynamics in decaying turbulence. Submitted (under review)

[3] C. Wang and C-X. Xu. Baroclinic vorticity generation near the turbulent/non-turbulent interface of a boundary layer with combustion. Accepted in Proceedings IUTAM-TNTI, preparing for journal submission

学术成果:

[1] C. Wang and C-X. Xu. Direct numerical simulation of a supersonic turbulent boundary layer with hydrogen combustion. Journal of Fluid Mechanics, accepted (in press), 2024

[2] C. Wang, C. Douglas, Y. Guan, C-X. Xu and L. Lesshafft. Onset of global instability in a premixed annular V-flame. Journal of Fluid Mechanics, accepted (in press), 2024

[3] J. Zhang, X. Hui, Q. An, X. Han and C. Wang. Absolute instabilities and dynamics of helical vortices in twin annular swirling jets. Physics of Fluids, 35, 053611, 2023

[4] C. Wang, L. Lesshafft and K.Oberleithner. Global linear stability analysis of a flame anchored to a bluff body. Journal of Fluid Mechanics, 951, A27, 2022

[5] C. Wang, T. Kaiser, M. Meindl, K.Oberleithner, W. Polifke and L. Lesshafft. Linear instability of a premixed slot flame: flame transfer function and resolvent analysis. Combustion and Flame, 240, 112016, 2022

[6] C. Wang, L. Lesshafft, A.V. G. Cavalieri and P. Jordan. The effects of streaks on the instability of jets. Journal of Fluid Mechanics, 910, A14, 2021

[7] P. Wang, A. Korniienko, X. Bombois, M. Collet, G. Scorletti, E. Skow, C. Wang and K. Colin. Active vibration control in specific zones of smart structures. Control Engineering Practice, 84: 305-322, 2019

[8] C. Wang and M. Ge. Applying resolved-scale linearly forced isotropic turbulence in rational subgrid-scale modeling. Acta Mechanica Sinica, 35(3): 486-494, 2019

[9] C. Wang, J. Zhang and J. Wu. Inter-scale transfer of the large-scale background anisotropy under periodic condition. AIP Advances, 8(12): 125025, 2018

[10] C. Wang and L. Fang. A closure for isotropic turbulence based on extended scale similarity theory in physical space. Chinese Physics Letters, 35(8): 080501, 2018