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Chandra Shekhar Nishad
Chandra Shekhar Nishad
Assistant Professor, Dept. of Science & Mathematics, IIIT Naya Raipur
Verified email at iiitnr.edu.in - Homepage
Title
Cited by
Cited by
Year
Flows in slip-patterned micro-channels using boundary element methods
CS Nishad, A Chandra, GPR Sekhar
Engineering Analysis with Boundary Elements 73, 95-102, 2016
262016
Wave scattering by inverted trapezoidal porous boxes using dual boundary element method
KG Vijay, V Venkateswarlu, CS Nishad
Ocean Engineering 219, 108149, 2021
182021
Wave interaction with multiple wavy porous barriers using Dual Boundary Element Method
KG Vijay, CS Nishad, S Neelamani, T Sahoo
Engineering Analysis with Boundary Elements 122, 176-189, 2020
172020
Gravity wave interaction with a floating wave attenuating system
KG Vijay, CS Nishad, S Neelamani, T Sahoo
Applied Ocean Research 101, 102206, 2020
172020
Iterative dual boundary element analysis of a wavy porous plate near an inclined seawall
V Venkateswarlu, KG Vijay, CS Nishad
Ocean Engineering 235, 109242, 2021
142021
A non-primitive boundary element technique for modeling flow through non-deformable porous medium using Brinkman equation
CS Nishad, A Chandra, T Karmakar, GP Raja Sekhar
Meccanica 53 (9), 2333-2352, 2018
122018
Performance of a submerged flexible membrane and a breakwater in the presence of a seawall
S Koley, KG Vijay, CS Nishad, R Sundaravadivelu
Applied Ocean Research 124, 103203, 2022
112022
Dual BEM for wave scattering by an H-type porous barrier with nonlinear pressure drop
CS Nishad, KG Vijay, S Neelamani, JT Chen
Engineering Analysis with Boundary Elements 131, 280-294, 2021
92021
Scattering of gravity waves by a pontoon type breakwater with a series of pervious and impervious skirt walls
KG Vijay, S Neelamani, T Sahoo, K Al-Salem, CS Nishad
Ships and Offshore Structures 17 (1), 130-142, 2022
82022
Hydrodynamic coefficients of a floater near a partially reflecting seawall in the presence of an array of caisson blocks
KG Vijay, S Koley, K Trivedi, CS Nishad
Journal of Offshore Mechanics and Arctic Engineering 144 (2), 021906, 2022
62022
Wave trapping efficiency of a flexible membrane near a partially reflecting seawall
V Venkateswarlu, KG Vijay, R Raja Pandi, CS Nishad
Journal of Offshore Mechanics and Arctic Engineering 143 (5), 051302, 2021
62021
Dual boundary element analysis for a pair of inverted T-type porous barriers having nonlinear pressure drop
CS Nishad, KG Vijay, S Neelamani, GP Raja Sekhar
Waves in Random and Complex Media, 1-25, 2021
52021
Stokes Flow Inside Topographically Patterned Microchannel Using Boundary Element Method
CS Nishad, A Chandra, GPR Sekhar
International Journal of Chemical Reactor Engineering 15 (5), 2017
52017
Gravity wave interaction with multiple submerged artificial reefs
KG Vijay, S Neelamani, CS Nishad, T Sahoo
Proceedings of the Institution of Mechanical Engineers, Part M: Journal of …, 2021
32021
A non-primitive boundary integral formulation for modeling flow through composite porous channel
CS Nishad, T Karmakar, A Chandra, GP Raja Sekhar
Engineering Analysis with Boundary Elements 109, 94-105, 2019
32019
Gravity wave scattering by retrofitted circular breakwaters using dual boundary integral formulation
V Venkateswaralu, KG Vijay, CS Nishad, T Sahoo
Ocean Engineering 265, 112259, 2022
22022
Hydrodynamic analysis of a seaside quarter-circular breakwater with an array of porous cages using DBEM
CS Nishad, S Neelamani, KG Vijay
Coastal Engineering Journal 63 (2), 126-141, 2021
22021
Effect of magnetic field on viscous flow through composite porous channel using boundary element method
Vishal, CS Nishad, M Sahni
Journal of Applied and Computational Mechanics, 2023
12023
Gravity wave interaction with cage enveloped breakwaters using DBEM
CS Nishad, S Neelamani, JT Chen, KG Vijay
ZAMM‐Journal of Applied Mathematics and Mechanics/Zeitschrift für Angewandte …, 2023
12023
Hydrodynamic Performance of a Floating Inverted Trapezoidal Breakwater with Permeable Retrofit Using Dual Boundary Element Method
V Kumaran, V Venkateswarlu, R Raja Pandi, CS Nishad
Journal of Offshore Mechanics and Arctic Engineering, 1-50, 2024
2024
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