Gourabananda Pahar
Gourabananda Pahar
Assistant Professor of Civil Engineering, Indian Institute of Technology Kanpur
Verified email at iitk.ac.in - Homepage
Title
Cited by
Cited by
Year
Modeling free-surface flow in porous media with modified incompressible SPH
G Pahar, A Dhar
Engineering Analysis with Boundary Elements 68, 75-85, 2016
252016
Coupled incompressible Smoothed Particle Hydrodynamics model for continuum-based modelling sediment transport
G Pahar, A Dhar
Advances in Water Resources 102, 84-98, 2017
132017
A dry zone-wet zone based modeling of surface water and groundwater interaction for generalized ground profile
G Pahar, A Dhar
Journal of Hydrology 519, 2215-2223, 2014
132014
Mixed miscible-immiscible fluid flow modelling with incompressible SPH framework
G Pahar, A Dhar
Engineering Analysis with Boundary Elements 73, 50-60, 2016
122016
On modification of pressure gradient operator in integrated ISPH for multifluid and porous media flow with free-surface
G Pahar, A Dhar
Engineering Analysis with Boundary Elements 80, 38-48, 2017
102017
A Robust volume conservative divergence-free ISPH framework for free-surface flow problems
G Pahar, A Dhar
Advances in Water Resources 96, 423-437, 2016
102016
Robust boundary treatment for open-channel flows in divergence-free incompressible SPH
G Pahar, A Dhar
Journal of Hydrology 546, 464-475, 2017
62017
Numerical Modelling of Free-Surface Flow-Porous Media Interaction Using Divergence-Free Moving Particle Semi-Implicit Method
G Pahar, A Dhar
Transport in Porous Media 2 (118), 157-175, 2017
52017
On force consideration in coupled ISPH framework for sediment transport in presence of free-surface flow
G Pahar, A Dhar
Environmental Fluid Mechanics 18 (3), 555–57, 2018
22018
Extending Incompressible SPH framework for simulation of axisymmetric free-surface flows
G Pahar, A Dhar, MRI Islam
Engineering Analysis with Boundary Elements 84, 35-41, 2017
12017
A Unified Depth-averaged Approach for Integrated Modeling of Surface and Subsurface Flow Systems
A Kumar, G Pahar
Journal of Hydrology, 125339, 2020
2020
On information coupling in hybrid ISPH framework for fluidized granular systems
G Pahar, A Dhar
Advances in Water Resources 131, 103366, 2019
2019
On modeling of MPS‐based multiphase fluid flow with low density ratios
G Pahar, A Dhar
International Journal for Numerical Methods in Fluids 87 (10), 529-542, 2018
2018
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Articles 1–13