- [1] Fei Jianbo.Shi Huabin*.Jie Yuxin.Zhang Bingyin.μ(J)-Rheology-Based Depth-Averaged Dynamic Model for Roll Waves in Granular–Fluid Avalanches,Applied Mathematical Modelling,2023-03-01.
- [2] Wang Zhiwei.Fei Jianbo*.Ma Weibin.Chen Xiangsheng.Full-scale loading experiments on performance of UHPC joints for prefabricated mountain tunnel,Tunnelling and Underground Space Technology,2022-09-01.
- [3] Fei Jianbo.Liu Zhankui.Jie Yuxin*.Immiscible two-phase model for air blasts created during natural avalanches,The Geological Society of America Bulletin,2022-09-01.
- [4] Guo Zhenghao.Fei Jianbo*.Jie Yuxin.An equivalent-additional-stress-based material point method for the deformation of reinforced soil slopes under supergravity,Computers and Geotechnics,2021-12-01.
- [5] Liu Zhankui.Jie Yuxin.Fei Jianbo*.Including μ(I) rheology in three-dimensional Navier–stokes-governed dynamic model for natural avalanches,Powder Technology,2021-12-01.
- [6] Fei Jianbo.Jie Yuxin.Xiong Hao.Wu Zezhou.Granular roll waves along a long chute: From formation to collapse,Powder Technology,2020-09-01.
- [7] Fei Jianbo.Jie Yuxin.Wu Zezhou.Zhu Min.Emerging, ripening, and attenuating stages of granular roll waves,Journal of Non-Newtonian Fluid Mechanics,2021-01-01.
- [8] Fei Jianbo.Jie Yuxin.Xiong Hao.Hong Chengyu.A Continuum Method for Granular Collapse with μ(I)-rheology-based Dynamic Earth Pressure Coefficient,Particuology,2021-03-01.
- [9] Fei Jianbo.Jie Yuxin.Sun Xiaohui.Chen Xi.Experimental investigation on granular flow past baffle piles and numerical simulation using a μ(I)-rheology-based approach,Powder Technology,2020-01-01.
- [10] Fei Jianbo.Jie Yuxin.Sun Xiaohui.Xiong Hao.Particle Size Effects on Small-scale Avalanches and a <mu>(I) Rheology-based Simulation,Computers and Geotechnics,2020-01-01.