引用次数
引用: 975
H-指数: 18
I10-指数 : 27
出版物: 82
NUMERICAL SIMULATION OF 3D TURBULENT FLOW IN OPEN-CHANNEL EXPANSIONS
SAHAR NAJMEDDIN , S SAMUEL LI
Computational Fluid Dynamics Model of BioCAST Multienvironment Air-Lift Bioreactor
Ryan S. D. Calder , Laleh Yerushalmi , S. Samuel Li
Journal of Environmental Engineering 139 ( 6) 849 -863
3
2013
Experimental Study of Flow Characteristics in Wedge and Modified Wedge Transitions
Devi Ram Thapa , S. Samuel Li , Amruthur S. Ramamurthy
Journal of Hydraulic Engineering 144 ( 8) 04018043
2018
Underflow Curvature and Resultant Force on a Vertical Sluice Gate
Bowen Xu , S. Samuel Li
Journal of Hydraulic Engineering 146 ( 4) 04020017
2020
Large Eddy Simulation of Near-Bed Flow and Turbulence over Roughness Elements in the Shallow Open-Channel
Zeng Zhang , S. Samuel Li
Water 12 ( 10) 2701
2020
A new multiple regression model for predictions of urban water use
S. Alireza Eslamian , S. Samuel Li , Fariborz Haghighat
Sustainable Cities and Society 27 419 -429
19
2016
Measurement of Abrasion on Concrete Surfaces with 3D Scanning Technology
Mohammad Sabbir Hasan , S. Samuel Li , Attila M. Zsaki , Michelle R. Nokken
Journal of Materials in Civil Engineering 31 ( 10) 04019207
1
2019
An efficient multi-layer model for pier scour computations
Shaghayegh Pournazeri , S. Samuel Li , Fariborz Haghighat
Proceedings of the Institution of Civil Engineers - Water Management 169 ( 4) 168 -179
2
2016
Discussion: Estimates of the Manning's coefficient for ice-covered rivers
S. Samuel Li , Charles Neill , David Andres
Proceedings of the Institution of Civil Engineers - Water Management 167 ( 7) 430 -431
2014
A bridge pier scour model with non-uniform sediments
Shaghayegh Pournazeri , S. Samuel Li , Fariborz Haghighat
Proceedings of the Institution of Civil Engineers - Water Management 167 ( 9) 499 -511
12
2014
Estimates of the Manning's coefficient for ice-covered rivers
S. Samuel Li
Proceedings of the Institution of Civil Engineers - Water Management 165 ( 9) 495 -505
15
2012
Simulating Bed-Load Transport in a Complex Gravel-Bed River
S. Samuel Li , Robert G. Millar
Journal of Hydraulic Engineering 133 ( 3) 323 -328
15
2007
Combining remote sensing with physical flow laws to estimate river channel geometry
Sho Harada , S. Samuel Li
River Research and Applications 34 ( 7) 697 -708
2
2018
Isopycnal deepening of an under‐ice river plume in coastal waters: Field observations and modeling
S. Samuel Li , R. Grant Ingram
Journal of Geophysical Research 112
3
2007
Modelling hydraulic jump using the bubbly two-phase flow method
Sho Harada , S. Samuel Li
Environmental Fluid Mechanics 18 ( 2) 335 -356
4
2018
Near-bed velocity and shear stress of open-channel flow over surface roughness
Jing Li , S. Samuel Li
Environmental Fluid Mechanics 20 ( 2) 293 -320
4
2020
Some Characteristics of Peak Flow in the Richelieu River, Quebec
S. Samuel Li
Applied Mechanics and Materials 2100 -2103
2013
Air pressure drop in a penstock during the course of intake-gate closure
Michel-Olivier Huard , S. Samuel Li
Canadian Journal of Civil Engineering 43 ( 11) 998 -1006
1
2016
Simulations of bubbly two-phase flow in hydraulic jumps of relatively high Reynolds number
Seyedpouyan Ahmadpanah , S. Samuel Li
Canadian Journal of Civil Engineering 46 ( 1) 48 -60
2019
A simplified approach to computing flow and bedload along gravel dune-like bedforms
S. Attar , S. Samuel Li
Canadian Journal of Civil Engineering 42 ( 6) 367 -376
2015