wangxiuli
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- Name (Pinyin):wangxiuli
- School/Department:交叉创新研究院
- Education Level:PhD student
- Contact Information:wangxiuli@xauat.edu.cn
- Degree:Doctoral Degree in Engineering
- Status:Employed
- Alma Mater:荷兰代尔夫特理工大学
- Teacher College:交叉创新研究院
Other Contact Information
- Email：
- Paper Publications
- .Biomechanical analysis of time-developing interconnected tree systems:Trees, Forests and People,2025,22:101023
- .Biomechanical analysis of inosculations (self-growing connections) in Ficus benjamina L.: Impact of developmental growth levels on mechanical properties:Construction and Building Materials,2025,462(2):139672
- .Morphological analysis of inosculated connections in weeping figs: insights on density, geometry, fiber structures, and compositional variations:Wood Science and Technology,2025,59(1)
- .Fiber structures and tensile out-of-interface properties of natural Ficus inosculated connections:Proceedings of WCTE2025,2025
- .Charring rate and temperature distribution of timber in fire: The role of fire-retardant treatments, moisture, and tree species:Structures,2025,75:108676
- .Dimension-independent single-loop Monte Carlo simulation method for estimate of Sobol’ indices in variance-based sensitivity analysis:Reliability Engineering & System Safety,2025,263:111236
- .Fréchet-Derivative-Based Global Sensitivity Analysis and Its Physical Meanings in Structural Design:Applied Sciences,2025,15(5):2703
- .Propagation of hybrid uncertainty by synthesizing B-spline chaos and augmented change of probability measure:Structural Safety,2024,111:102524
- .Vertical greenery systems: from plants to trees with self-growing interconnections:European Jounal of Wood and Wood Products,2020,78(141):1031-1043
- .Vertical forest engineering: Applications of vertical forests with self-growing connections in high-rise buildings:Proceedings of ISCHP2019,2019
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