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All ResearchIDs

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All Publications

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Journal(s)

• Modeling of scour hole characteristics under turbulent wall jets using machine learning, By Khuntia, J. R., Devi, K., & Mumtaz, M. A. , Nature Portfolio, Scientific Reports, vol.14(1), pp.1-16, 2024
• Advancements in predicting scour depth induced by turbulent wall jets: A comparative analysis of mathematical formulations and machine learning models, By Devi, K., Khuntia, J. R., Mumtaz, M. A., Elgamal, M. H., & Shankar Das, B. , AIP Advances, AIP Advances, vol., pp.pp: 1-14, 2024
• Hydrodynamic performance of raceway pond using k-ω and LES turbulence models, By Kumari, R., Das, B. S., Devi, K., Khuntia, J. R., & Mohanty, M. P. , AIP Publishing, Journal of Renewable and Sustainable Energy, vol.16 (6), pp.1-15, 2024
• Discharge estimation in a compound channel with converging and diverging floodplains using ANN–PSO and MARS, By Shekhar, D., Das, B. S., Devi, K., Khuntia, J. R., & Karmaker, T. , IWA Publishing, Journal of Hydroinformatics, vol.25 (6), pp.2479–2499, 2023
• Turbulence modelling for depth-averaged velocity and boundary shear stress of a dense rigid grass bed open channel. , By Sahoo, S., Khuntia, J. R., Devi, K., Sai Prasad, B. S., & Kumar Khatua, K. , IWA Publishing, , AQUA—Water Infrastructure, Ecosystems and Society, , vol.72(9), , pp.1748-1769, , 2023
• ANFIS-and GEP-based model for prediction of scour depth around bridge pier in clear-water scouring and live-bed scouring conditions, By Choudhary, A., Das, B. S., Devi, K., & Khuntia, J. R. , IWA Publishing, Journal of Hydroinformatics,, vol.25(3), pp.1004-1028, , 2023
• Closure to “Discussion on “Prediction of Flow Resistance in an Open Channel over Movable Beds Using Artificial Neural Network, By Kumar, S., Khuntia, J. R., Devi, K., Das, B.S. & Khatua, K. K. , ASCE, , Journal of Hydrologic Engineering, , vol.28 (2), pp.07022012-1-4, 2022
• Analytical solution for depth averaged velocity and boundary shear in a compound channel, , By Devi, K., Das, B. S., Khuntia, J. R. & Khatua, K. K., ICE Publishing, Water Management, vol.174 (3),, pp.143-158,, 2021
• Discharge estimation in converging and diverging compound open channels by using adaptive neuro-fuzzy inference system, , By Das, B. S., Devi, K., Khuntia. J. R. & Khatua, K. K., , NRC Research Press, , Canadian Journal Civil Engineering, , vol.47 (12),, pp.1-15, 2020
• Boundary shear distribution in a compound channel with differential roughness, By Devi, K. & Khatua, K. K., , ICE Publishing, Water Management, vol.173 (6), pp.274-292, 2020
• Prediction of discharge in converging and diverging compound channel by using gene expression programming, , By Das, B. S., Devi, K. & Khatua, K. K., , Taylor & Francis, , ISH Journal of Hydraulic Engineering,, vol.27 (4),, pp.1-16, 2019
• Turbulence characteristics in a rough open channel under unsteady flow conditions,, By Khuntia, J. R., Devi, K. & Khatua, K. K.,, Taylor & Francis, , ISH Journal of Hydraulic Engineering,, vol.27(sup1), pp.1-12, , 2019
• Discharge prediction in asymmetric compound channel,, By Devi, K. & Khatua, K. K., , Elsevier,, Journal of Hydro-environment Research, , vol. 23, pp.25–39, 2019
• Flow distribution in a compound channel using an artificial neural network, By Khuntia, J. R., Devi, K. & Khatua, K. K., , Springer, , Sustainable Water Resources Management, , vol.5, pp.1847-1858,, 2019
• Prediction of depth-averaged velocity in an open channel flow, , By Khuntia, J. R., Devi, K. & Khatua, K. K.,, Springer,, Applied Water Science, , vol.8,, pp.1-14, , 2018
• Boundary shear stress distribution in straight compound channel flow using artificial neural network, , By Khuntia, J. R., Devi, K. & Khatua, K. K., , ASCE,, Journal of Hydrologic Engineering, , vol.23 (5),, pp.04018014-1-10, , 2018
• Prediction of apparent shear stress in an asymmetric compound channel, By Devi, K. & Khatua, K. K. , Taylor & Francis, ISH Journal of Hydraulic Engineering, vol.26 (1), pp.1-11, 2018
• Numerical solution of depth averaged velocity and boundary shear stress distribution in converging compound channels, , By Das, B. S., Devi, K. & Khatua, K. K. , Springer,, Arabian Journal of Science and Engineering, , vol.42 (3),, pp.1305–1319, , 2017
• Depth-Averaged Velocity and Boundary Shear Stress Prediction in Asymmetric Compound Channels, , By Devi, K. & Khatua, K. K., Springer, , Arabian Journal for Science and Engineering,, vol.42 (9), pp.3849–3862, 2017
• An Analytical method for over bank flow modeling, , By Devi, K. & Khatua, K. K.,, Taylor & Francis, , ISH Journal of Hydraulic Engineering,, vol.25(2), pp.1-9, 2017
• Flow Distribution in an Unsymmetrical Compound Channel,, By Devi, K. & Khatua, K. K. , Taylor & Francis, ISH Journal of Hydraulic Engineering, , vol.24(1), pp.16-24, 2017
• Evaluation of interacting length in prediction of over bank flow, , By Devi, K., Khatua, K. K., Das, B. S. & Khuntia, J. R., Taylor & Francis, , ISH Journal of Hydraulic Engineering,, vol.23 (02), pp.187-194, 2016
• Discharge Assessment in an Asymmetric Compound Channel by Zero Shear Interface Method, , By Devi, K., Khatua, K. K. & Khuntia, J. R.,, Taylor & Francis, , ISH Journal of Hydraulic Engineering,, vol.23 (02), pp.126-134, 2016
• A numerical solution for depth averaged velocity distribution in an open channel flow, , By Devi, K., Khatua, K. K. & Das, B. S., , Taylor & Francis, , ISH Journal of Hydraulic Engineering,, vol.22 (03), , pp.262-271,, 2016
• Boundary Shear Stress Distribution for a Two Stage Asymmetric Compound Channel,, By Devi, K., Khatua, K. K. & Khuntia, J. R. , Springer,, Arabian Journal for Science and Engineering, , vol.42 (3), pp.1077-1091, 2016
• Prediction of depth averaged velocity and boundary shear distribution of a compound channel based on the mixing layer theory,, By Devi, K. & Khatua, K. K.,, Elsevier,, Flow Measurement and Instrumentation, , vol.50, pp.147–157, , 2016

Conference(s)

• Boundary Shear Stress Distributions in Compound Channels Having Narrowing and Enlarging Floodplains By Devi K., Das B.S., Khuntia J.R., Khatua K.K. , HYDRO , 2022

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