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Seung Ho Hong
Seung Ho Hong
Verified email at hanyang.ac.kr
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Cited by
Cited by
Year
Biosynthesized silica-based zinc oxide nanocomposites for the sequestration of heavy metal ions from aqueous solutions
R Garg, R Garg, NO Eddy, AI Almohana, SF Almojil, MA Khan, SH Hong
Journal of King Saud University-Science 34 (4), 101996, 2022
512022
Clear water abutment scour in a compound channel for extreme hydrologic events
SH Hong, TW Sturm, T Stoesser
Journal of Hydraulic Engineering 141 (6), 04015005, 2015
352015
Interaction of bridge contraction scour and pier scour in a laboratory river model
SH Hong
312005
Effect of Bridge Abutment Length on Turbulence Structure and Flow through the Opening
TS Ken Vui Chua, Bruño Fraga, Thorsten Stoesser, Seung Ho Hong
Journal of Hydraulic Engineering 145 (6), 04019024, 2019
302019
Anthropogenic impacts on phytosociological features and soil microbial health of Colchicum luteum L. an endangered medicinal plant of North Western Himalaya
RA Rather, H Bano, SA Padder, K Perveen, LM Al Masoudi, SS Alam, ...
Saudi Journal of Biological Sciences 29 (4), 2856-2866, 2022
222022
Scour around an erodible abutment with riprap apron over time
SH Hong, I Abid
Journal of Hydraulic Engineering 145 (6), 06019007, 2019
202019
Turbulence characteristics before and after scour upstream of a scaled-down bridge pier model
SO Lee, SH Hong
Water 11 (9), 1900, 2019
192019
Prediction of clear-water abutment scour depth in compound channel for extreme hydrologic events
SH Hong
Georgia Institute of Technology, 2013
172013
Time-averaged turbulent velocity flow field through the various bridge contractions during large flooding
KS Yoon, SO Lee, SH Hong
Water 11 (1), 143, 2019
162019
Combining individual scour components to determine total scour
T Sturm, I Abid, B Melville, X Xiong, T Stoesser, BF Bugallo, KV Chua, ...
NCHRP Web-Only Document, 2018
162018
Physical model study of bridge contraction scour
SH Hong, I Abid
KSCE Journal of Civil Engineering 20, 2578-2585, 2016
152016
Effect of submergence and apron length on spillway scour: Case study
S Hong, C Biering, TW Sturm, KS Yoon, JA Gonzalez-Castro
Water 7 (10), 5378-5395, 2015
142015
A Comprehensive Method of Calculating Maximum Bridge Scour Depth
R Saha, S Lee, S Hong
Water 10 (11), 1572, 2018
132018
Laboratory and theoretical evaluation of impact of packing density, particle shape, and uniformity coefficient on erodibility of coarse‐grained soil particles
H Choo, Q Zhao, SE Burns, TW Sturm, SH Hong
Earth Surface Processes and Landforms 45 (7), 1499-1509, 2020
122020
Investigation of the effects of climate variability, anthropogenic activities, and climate change on streamflow using multi-model ensembles
SA Shah, M Jehanzaib, J Yoo, S Hong, TW Kim
Water 14 (4), 512, 2022
112022
Physical modeling of abutment scour for overtopping, submerged orifice, and free surface flows
SH Hong, TW Sturm
Scour and Erosion, 590-598, 2010
92010
Effect of complex shape of pier foundation exposure on time development of scour
SO Lee, I Abid, SH Hong
Environmental Fluid Mechanics 21, 103-127, 2021
82021
Transitional flow at low-head ogee spillway
SH Hong, TW Sturm, JA González-Castro
Journal of Hydraulic Engineering 144 (2), 04017062, 2018
82018
Physical model study of bridge abutment and contraction scour under submerged orifice flow conditions
S Hong, TW Sturm
Proceedings of the 33rd IAHR Congress: Water Engineering for a Sustainable …, 2009
82009
Laboratory and field measurement of bridge contraction scour
S Hong, A Gotvald, TW Sturm, M Landers
Proc., 3rd Int. Conf. on Scour Erosion. Etterbeek, Belgium: Curnet. https …, 2006
82006
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