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Mohammad Saud Afzal

Associate Professor

Indian Institute of Technology, Kharagpur

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Research Interests

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Professors in Fluid Mechanics

Articles (17)

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2026

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2023

Collaborators (5)

Said Alhaddad

Delft University of Technology

NETHERLANDS

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Nadia Penna

ITALY

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Roberto Gaudio

University of Calabria

ITALY

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Ellora Padhi

Assistant Professor

Indian Institute of Technology, Roorkee

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Debasish Dutta

Asst. Professor

National Institute of Technology Silchar

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Mohammad Saud Afzal

Research Interests

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Articles (17)

Effect of rear-base curvature on hydrodynamic loading and wake transition of a sharp-nosed bluff body at low Reynolds numbers

Large Eddy simulation of hydrodynamics and scour around a compound pier in clear-water uniform flow regime

Conditional spatially averaged flow statistics in a rigid, submerged vegetated environment

Hydrodynamic performance of arc-shaped breakwater: Role of geometry and obliquity

Numerical analysis of solitary wave diffraction by V-shaped breakwater

Hydrodynamics of a rigid submerged vegetated flow

Computational investigation of scour around submerged square piles in wave-current flows

Numerical investigation of hydrodynamic characteristics for flow past a square cylinder due to combined wave-current effect

Sediment transport analysis under combined action of waves and current using a novel semi-coupled computational fluid dynamics solver

3D Numerical Study of Scour around a Pile Group in the Staggered Arrangement under Combined Wave-Current Flows

Scour around twin-piles under combined wave–current flows

Computational fluid dynamics modeling of scour around abutment geometries under combined effects of waves and currents

3D CFD Study of Scour in Combined Wave–Current Flows around Rectangular Piles with Varying Aspect Ratios

Experimental and numerical modelling of scour at vertical wall abutment under combined wave-current flow in low KC regime

Numerical Simulations of Scour around Vertical Wall Abutments with Varying Aspect Ratios under Combined Waves and Current Flows

A novel-tuned Custom ensemble machine learning model to predict abutment scour depth in clear water conditions

Numerical investigation of flow past a circular cylinder modified with a single groove at low Reynolds number

Collaborators (5)

Said Alhaddad

Nadia Penna

Roberto Gaudio

Ellora Padhi

Debasish Dutta

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