Wenrui
Huang, Ph.D.,P.E.,
Professor
Civil and Environmental Engineering Dept.,
Phone: 850-410-6199; E-mail: whuang@eng.fsu.edu
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Research
Interests:
Services
Currently Available Research Assistantship:
Immediately available to support an
American graduate student¡¯s research (doctoral student preferred) hydrological
and ecological assessments. The student will have opportunities to participate
in the ongoing improvement and applications of advanced surface water models,
and have opportunities to work on co-authored papers for publications in
international journals.
Publications in Peer-Reviewed
Journals:
41. Chen, Shuisen,
Wenrui Huang, Hongqing Wang, D. Li, 2009. Remote sensing of sediment re-suspension during Hurricane
40. Huang, W.,
2009: Hydrodynamic Modeling and Eco-hydrological Analysis of River Inflow
Effects on
39. Huang, W., Xiaohai Liu, Xinjian Chen,
Michael S. Flannery. 2009. Estimating river flow effects on water ages by hydrodynamic
modeling in an estuary. Journal of Environmental Fluid
Mechanics, In print.
38. Huang, W., and
Hong Xiao, 2009. Numerical Modeling of Dynamic Wave Force
Acting on
37. Liu, Xiaohai, Wenrui Huang, 2009. Wind-induced Sediment Resuspension and Transport in
36. Huang. W., 2009. Enhancement of the Turbulence Sub-model for More Accurate
Predictions of Vertical Stratifications in 3D Coastal and Estuarine Modeling. International Journal
of Ocean and Climate Systems, in press.
35. Pan C. and
34. Chen, Shuisen, Ligang Fang, Lixin Zhang, and Wenrui Huang, 2009. Remote sensing of
turbidity in sea water intrusion reaches of
33. Xu, S., and W.
Huang, 2008. Frequency Analysis for Predicting 1% Annual Maximum Water Levels
In
32. Wang, Hongqing, Christine M. Hladik, Wenrui
Huang, Katherine Milla, Lee Edmiston,
Mark A. Harwell, and John F. Schalles, 2008.
Detecting and mapping water quality indicators in
31. Huang, W.,
30. Xiao, H. and
W. Huang, 2008. Hydrodynamic modeling of wave overtopping on
levee during storm surge.
Journal of Computers and Fluids, Volume 38, Issue 5, May, pages 991-996.
29. Shen,Yong-Ming, Tang, J., W.
Huang, 2008. Numerical Simulation of Long-Shore Currents
Induced by Regular Breaking Wave.
Journal of Coastal Research Special Issue 52, pg
195-202.
28. Huang, W., X.
Liu, X. Chen, 2008. Numerical Modeling of Hydrodynamics and Salinity Transport In Little
27. Huang. W., Q.
Yang, H. Xiao. 2008. CFD modeling of scale effects on turbulence flow and
scour around bridge piers. Journal of Computers and Fluids.
Volume 38, Issue 5, May 2009, Pages 1050-1058.
26. Xu, Sudong, Wenrui Huang, 2008. Integrated Hydrodynamic
Modeling and Frequency Analysis For Predicting 1%
Storm Surge In
25. Huang, W. and S. Xu. 2008. Neural
network and harmonic analysis for recovering missing extreme water level data
during hurricanes in
24. Xiao, Hong , and Wenrui Huang, 2008. Numerical
Modeling of Wave Runup and Forces Acting on
Beachfront House. Journal of Ocean Engineering.
Ocean Engineering, 35 (1), pg 106-116
23. Wang H, Wenrui
Huang, Mark A. Harwell, Lee Edmiston, Elijah Johnson,
Ping Hsieh, Katherine Milla, John Christensen,
Jessica Stewart, and Xiaohai Liu, 2008. Modeling oyster growth
rate by coupling oyster population and hydrodynamic models for
22. Liu, X., and
Wenrui Huang, 2008. An Algorithm to Reduce Horizontal Pressure Gradient Errors in
¦Ò-coordinate hydrodynamic Model. Journal of Coastal
Research Special Issue 52, pg 193-204.
21. Huang,W., 2007. Hydrodynamic modeling of
flushing time in a small estuary of
20. Huang,W., and C. Murray, 2008. Multiple-station
neural network for modeling tidal currents across
19. Wang, H., Y. P. Hsieh, M. Harwell, and
W. Huang, 2007. Modeling soil salinity distribution along
topographic gradients in tidal salt marshes in
18. Huang,W., B. Xu, and A. Chan-Hilton,2004. Forecasting
flow in
17. Huang,W., K. Jones, and Q. Yang, 2003. A field experiment study
of transient stratified flow in an estuary. Journal of
Engineering Mechanics, ASCE. Vol 129 (10),
October, pg 1220-1223.
16. Huang, W., C.
Murray, N. Kraus, J. Rosati, 2003. Development
of a regional neural network model for water level predictions in coastal
inlets. Journal of Ocean Engineering, Vol 30, Issue 17, pg 2275-2295.
15. Huang, W., H.Sun, S. Nnaji, and K. Jones,
2002. Tidal hydrodynamics in a multiple inlet estuary:
14. Huang. W., and M. Spaulding, 2002. Modeling
residence time response to freshwater input in
13. Huang, W., K.
Jones, and T. Wu, 2002. Modeling surface wind effects on subtidal
salinity in
12. Huang, W. and
S. Foo, 2002. Neural network
modeling of salinity variation in
11. Huang,W. and W. Jones, 2001. Characteristics of
long-term transport in
10. Huang, W. and
M. Spaulding, 2002. Reducing horizontal diffusion errors in
sigma-coordinate coastal ocean models with 2nd order Lagrangian
interpolation methods. Journal of Ocean Engineering.
Vol.29, pg 495-512.
9. Mortazavi-B. Iverson-R-L. Huang-W. 2001. Dissolved organic nitrogen and nitrate in
8. Huang, W., M.
Spaulding, 2000.Correlation of sub-tidal salinity and freshwater inflow in a
tidal river. Journal of Waterway, Port, and Ocean
Engineering, ASCE. Vol. 126, No. 5, pg 264-266.
September/October, 2001.
7. Mortazavi-B. Iverson-R-L. Landing-W-M. Huang-W. 2000.
Phosphorus budget of
6. Mortazavi B, Iverson RL, Landing WM, Lewis FG, Huang W.
2000. Control of Phytoplankton Production and Biomass in a River-Dominated
Estuary:
5. Livingston, R.,
Lewis, G, Woodsum, G., Niu,
X., B. Galperin, W. Huang, 2000. Modeling
oyster response to variation in freshwater input, Journal of Estuaries, Coastal
and Shelf Science. vol. 50 (5), page 655-672.
4. Mortazavi B,Iverson RL, Huang W,
Lewis FG, and Caffrey J, 2000. Nitrogen
budget of
3. Huang, W., M.
Spaulding. 1995. Numerical Modeling of CSO-Induced Pollutant Transport in
2. Huang, W., M. Spaulding,
1995. 3D Model of Estuarine Circulation and Water Quality
Induced by Surface Discharges. Journal of Hydraulic
Engineering, ASCE, April, Vol. 121, No. 4, p300-312.
1. Huang, W., M.
Spaulding, 1996. Modeling Horizontal Diffusion with sigma
coordinate system. Journal of Hydraulic Engineering ,
ASCE. June, vol. 122. No.6, Pg 349-354.
Courses Taught
Hydraulics,
Hydraulic Lab, Hydraulic Engineering I , Coastal and
Estuarine Hydraulics, Surface Water Modeling, Environmental Fluid Mechanics.