副教授
Supervisor of Master's Candidates
Date of Birth:1993-05-21
Date of Employment:2022-10-01
School/Department:数学与统计学院
Gender:Female
Contact Information:tyxu93@163.com
Status:On-the-job
Discipline:Applied Mathematics
The Last Update Time:..
[1] Mei Ming,Xu Tianyuan*,Yin Jingxue,Monotone reducing mechanism in delayed population model with degenerate diffusion.J. Differential Equations,2023,(342):490-500.
[2] Rui Huang, Suzhen Huang, Chunhua Jin, Zhuangzhuang Wang, Tianyuan Xu*,Existence and stability of traveling waves for p-Laplacian equations with time delay, Differential Integral Equations 36(7/8): 679-714.2022,
[3] Xu Tianyuan,Ji Shanming*,Mei Ming,Yin Jingxue,Critical sharp front for doubly nonlinear degenerate diffusion equations with time delay.Nonlinearity,2022,35(7):3358–3384.
[4] Xu Tianyuan,Ji Shanming*,Mei Ming,Yin Jingxue,Propagation speed of degenerate diffusion equations with time delay.J. Dynam. Differential Equations,2022,
[5] Liu Gege,Xu Tianyuan*,Yin Jingxue,Forced waves of reaction-diffusion model with density-dependent dispersal in shifting environments.J. Differential Equations,2021,127-147.
[6] Ji Shanming,Wang Zhi-an,Xu Tianyuan*,Yin Jingxue,A reducing mechanism on wave speed for chemotaxis systems with degenerate diffusion.Calc. Var. Partial Differential Equations,2021,(60):178.
[7] Xu Tianyuan,Ji Shanming*,Mei Ming,Yin Jingxue,On a chemotaxis model with degenerate diffusion: initial shrinking, eventual smoothness and expanding.J. Differential Equations,2020,(268):414-446.
[8] Xu Tianyuan,Ji Shanming*,Mei Ming,Yin Jingxue,Variational approach of critical sharp front speeds in degenerate diffusion model with time delay.Nonlinearity,2020,(33):4013-4029.
[9] Xu Tianyuan,Ji Shanming*,Mei Ming,Yin Jingxue,Sharp oscillatory traveling waves of structured population dynamics model with degenerate diffusion.J. Differential Equations,2020,(269):8882-8917.
[10] Zhang, Muming, Xu Tianyuan*, Yin, Jingxue ,Controllability properties of degenerate pseudo-parabolic boundary control problems. Math. Control Relat. Fields 10 (2020), 1, 157–169..2020,