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Meng Fan
Meng Fan
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引用次数
年份
Development of a benchmark for drag correlations of nonspherical particles based on settling experiments of super-ellipsoidal particles
M Fan, D Su, L Yang
Powder Technology 409, 117811, 2022
112022
Reconstruction of irregular elongated/flattened particles and generation of particle aggregates with customizable form distributions
M Fan, D Su, D Wu, X Chen
Powder Technology 425, 118553, 2023
92023
Framework for incorporating multi-level morphology of particles in DEM simulations: independent control of polydisperse distributions of roundness and roughness while …
M Fan, D Su, X Chen
Acta Geotechnica, 1-24, 2024
52024
Improved method for generating sand assembly with wide range of aspect ratios and angularities based on insights gained from comparative study of existing techniques
M Fan, D Su, X Chen
Computers and Geotechnics 155, 105231, 2023
52023
Systematic investigation into the role of particle multi-level morphology in determining the shear behavior of granular materials via DEM simulation
M Fan, D Su, X Chen
Computers and Geotechnics 170, 106298, 2024
22024
Exploring the role of particle-form polydispersity in the fabric of granular packing: Insights from DEM simulations with ellipsoidal particle assemblies
M Fan, D Su, Y Li, X Chen
Powder Technology 435, 119402, 2024
22024
常偏应力剪切条件下砂土失稳模式的离散元模拟
刘洋, 樊猛, 晏洲毅
岩土工程学报 42 (3), 467-475, 2020
22020
Numerical investigation of diffuse instability in sandy soil using discrete element method under proportional strain path loading
M Fan, Y Liu, J Han, K Yang
Latin American Journal of Solids and Structures 15 (11), e134, 2018
22018
Monodisperse and polydisperse packings of equiaxed concave particles: Effects of angularity and roughness
M Fan, D Su, X Chen
Powder Technology, 119924, 2024
12024
A terminal-velocity model for super-ellipsoidal particles
D Su, M Fan, W Han, X Chen
Advanced Powder Technology 33 (12), 103882, 2022
12022
非规则颗粒形态表征与离散元模拟方法研究
D Su, M Fan, X Wang, XS Chen
Zhongguo Kexue Jishu Kexue/Scientia Sinica Technologica 53 (11), 1847-1870, 2023
2023
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