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Author

Jinying Wei

ORCID: 0000-0001-7488-795X
Observed ORCID: 0000-0001-7488-795X
OpenAlex ID: A5055440451
On the Dynamics of Abstract Retarded Evolution Equations
2013 · Desheng Li, Jinying Wei, et al. · Abstract and Applied Analysis · 4
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THE EXISTENCE OF RANDOM $\mathcal{D}$ -PULLBACK ATTRACTORS FOR RANDOM DYNAMICAL SYSTEM AND ITS APPLICATIONS
2019 · Yongjun Li, Jinying Wei, et al. · Journal of Applied Analysis & Computation · 3
Pullback Exponential Attractors for Nonautonomous Dynamical System in Space of Higher Regularity
2016 · Yongjun Li, Tinggang Zhao, et al. · Journal of Applied Analysis & Computation · 3
New results for fractional ordinary differential equations in fuzzy metric space
2024 · Li Chen, Suyun Wang, et al. · AIMS Mathematics · 2
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Finite Fractal Dimension Of Pullback Attractors And Application To Non-Autonomous Reaction Diffusion Equations
2010 · Yongjun Li, Suyun Wang, et al. · 2
Random Pullback Attractor for a Non-autonomous Modified Swift-hohenberg Equation With Multiplicative Noise
2020 · Yongjun Li, Jinying Wei, et al. · Journal of Applied Analysis & Computation · 1
The Existence and Stability of Synchronizing Solution of Non-Autonomous Equations with Multiple Delays
2016 · Jinying Wei, Yongjun Li, et al. · Journal of Applied Mathematics and Physics · 1
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Pullback D$$ \mathcal{D} $$‐attractors for doubly nonlinear parabolic equations
2022 · Yongjun Li, Jinying Wei, et al. · Mathematical Methods in the Applied Sciences
Global dynamics of a nonclassical diffusion equation in solids
2022 · Kangqing Peng, Jinying Wei, et al. · Discrete and Continuous Dynamical Systems - B
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Pullback Exponential Attractors for Non-autonomous Abstract Retarded Evolution Equations
2022 · Jinying Wei, Yongjun Li · Journal of Applied Analysis & Computation
Asymptotic Dynamics for Reaction Diffusion Equations in Unbounded Domain
2018 · Yongjun Li, Jinying Wei · Journal of Applied Analysis & Computation
Category of Attractor and Its Application
2015 · Jinying Wei, Yongjun Li, et al. · Journal of Applied Mathematics and Physics
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Works count: 12
Citation count: 16
H-index: 3
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