Seguir
Md Nowfel Mahmud Bhuyian
Md Nowfel Mahmud Bhuyian
Tennessee Department of Environment and Conservation
Dirección de correo verificada de tn.gov
Título
Citado por
Citado por
Año
Approach to digital elevation model correction by improving channel conveyance
MNM Bhuyian, AJ Kalyanapu, F Nardi
Journal of Hydrologic Engineering 20 (5), 04014062, 2015
582015
Accounting digital elevation uncertainty for flood consequence assessment
MNM Bhuyian, A Kalyanapu
Journal of Flood Risk Management 11, S1051-S1062, 2018
402018
Impact of spatial resolution on downstream flood hazard due to dam break events using probabilistic flood modeling
E Ahmadisharaf, MNM Bhuyian, AJ Kalyanapu
Proceedings of the Dam Safety Conference, ASDSO, Providence, RI, USA, 8-12, 2013
122013
Evaluating Conveyance-Based DEM Correction Technique on NED and SRTM DEMs for Flood Impact Assessment of the 2010 Cumberland River Flood
MNM Bhuyian, A Kalyanapu, F Hossain
Geosciences 7 (4), 2017
82017
Predicting channel conveyance and characterizing planform using river bathymetry via satellite image compilation (RiBaSIC) algorithm for DEM-based hydrodynamic modeling
MNM Bhuyian, A Kalyanapu
Remote Sensing 12 (17), 2799, 2020
52020
Development of Morphologically Consistent Digital Elevation Model for Improving Riverine Flood Impact Assessment in Data-Poor Areas
MNM Bhuyian
Tennessee Technological University, 2019
32019
Predicting Channel Conveyance in the Obion River Watershed Using SAMBLE Method
MNM Bhuyian, A Kalyanapu
Journal of Hydrologic Engineering 25 (2), 05019033, 2020
22020
Identifying Levee Breach Hotspots via Fine Resolution 2D Hydrodynamic Modeling—A Case Study in the Obion River
M Bhuyian, T Dullo, A Kalyanapu, D Vanden Berge
Tennessee Tech University: Cookeville, TN, USA, 2017
22017
Developing “Flood Loss Curve” for City of Sacramento
MNM Bhuyian, J Thornton, A and Kalyanapu
2015 ASFPM Conference, 2015
22015
Estimating Spatio-temporal Error of LiDAR DEM along Two Morphologically Active Rivers in West Tennessee
MNM Bhuyian, A Alford, D Blackwood
AGU Fall Meeting Abstracts 2019, EP51E-2132, 2019
12019
Assessment of cropland inundation due to the operation of the Reelfoot Lake spillway in West Tennessee
MNM Bhuyian, C Lahiri, TH Diehl, EN Heal
JAWRA Journal of the American Water Resources Association 59 (4), 855-873, 2023
2023
Assessing Coastal Inundation due to a Transboundary Cyclone Using Sentinel 1 SAR Imagery
MNM Bhuyian
World Environmental and Water Resources Congress 2022, 2022
2022
Application of hydrodynamic modeling and remote sensing for identification of flood-prone croplands downstream of Reelfoot Lake spillway
M Bhuyian, C Lahiri, T Diehl, E Heal
AGU Fall Meeting Abstracts 2021, H45L-1320, 2021
2021
Assessing Flow Rate through a Lake Siphon System via Computational Flow Modeling
MNM Bhuyian, N Reza, D Blackwood
World Environmental and Water Resources Congress 2021, 153-164, 2021
2021
Erratum for “Predicting Channel Conveyance in the Obion River Watershed Using SAMBLE Method” by Md NM Bhuyian and Alfred Kalyanapu
MNM Bhuyian, A Kalyanapu
Journal of Hydrologic Engineering 26 (1), 08220005, 2021
2021
Regional Environmental Flow Estimation for Watersheds in West Tennessee
MNM Bhuyian, KN Key, AB Alford, D Blackwood
AGU Fall Meeting Abstracts 2020, H004-0007, 2020
2020
Predicting Future Flood Risk in an Agrarian Watershed in Northwest Tennessee
MNM Bhuyian, A Kalyanapu, T Papanicolaou, SM Ghaneeizad, B Abban, ...
Future 2006 (2050), 2020-2050, 2018
2018
Predicting Future Flood Risk in an Agrarian Watershed in Northwest Tennessee
AJ Kalyanapu, MNM Bhuyian, T Papanicolaou, SM Ghaneeizad, ...
AGU Fall Meeting Abstracts 2018, H33N-2262, 2018
2018
Identifying Levee Breach Hotspots via Fine Resolution 2D Hydrodynamic Modeling-a Case Study in the Obion River
AJ Kalyanapu, MNM Bhuyian, TT Dullo, D VandenBerge
2017 AGU Fall Meeting, 2017
2017
Estimating Error in SRTM Derived Planform of a River in Data-poor Region and Subsequent Impact on Inundation Modeling
MNM Bhuyian, AJ Kalyanapu
AGU Fall Meeting Abstracts 2017, H33F-1773, 2017
2017
El sistema no puede realizar la operación en estos momentos. Inténtalo de nuevo más tarde.
Artículos 1–20