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Conference Tracks

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Track 1: FSF

Fundamental Studies in Fluid Mechanics

  • Boundary-layer flow

  • Separated flows;

  • Unsteady and pulsating flows

  • Supersonic and hypersonic flows

  • Vortex dynamics etc.

Track 2: MTM

Measurement Techniques in Fluid Flows

  • Velocity measurements (laser doppler velocimetry, Hot-wire/hot-film anemometry, PIV, Holography etc.)

  • Pressure and temperature measurement

  • Force measurement

  • Flow visualization techniques

  • Flow actuators

  • Sensors and sensor development etc.

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Track 3: CFD

Computational Fluid Dynamics

  • High resolution schemes 

  • Mesh-free methods

  • Finite volume, Finite difference and finite element methods

  • Lattice boltzmann method

  • High performance computing

  • Immersed boundary method etc.

Track 4: INS

Instability, Transition and Turbulence

  • Fundamental studies in flow instability and transition

  • Turbulence modelling

  • Simulation on turbulence

  • Studies on turbulence mixing and heat transfer

  • Studies on atmospheric turbulence

  • LES and DNS etc.

Track 5: FSI

Fluid-structure Interaction

  • Flow-induced vibrations

  • Aeroacoustics

  • Biological flows

  • Flow control devices

  • Floating structures

  • Underwater vehicles

  • Bluff body etc.

Track 6: MPF

Multiphase Flows

  • Liquid-solid flows

  • Flow boiling; Cavitation

  • Porous media flows

  • Solidification and Melting

  • Bubble and droplet dynamics etc.

Track 7: MST

Micro-Nano Scale Transport

  • Electro kinetic/magnetic flows

  • Capillary and wetting

  • Bio-MEMS

  • Multiphase flows in micro channels

  •  Microfluidic instabilities

  • Micro-scale experimental techniques

  • Droplets and droplet evaporation

  • Droplet dynamics etc.

Track 8: BFM

Bio-Fluid Mechanics

  • Insects, birds and fish dynamics

  • Bio-fluidics (micro/macro)

  • Targeted drug delivery

  • Lab on a chip device development etc.

Track 9: AED

Aerodynamics

  • Airplane aerodynamics

  • Helicopter dynamics

  • Unmanned/micro aerial vehicles

  • Intake and nozzle dynamics

  • Bluff body aerodynamics

  • Sports ball aerodynamics

  • Wind engineering 

  • Industrial aerodynamics etc.

Track 10: TMC

Turbomachinery

  • Hydraulic, steam, gas and wind turbines

  • Pumps, fans, blowers, and compressors

  • Unsteady flows

  • Stator-rotor interaction

  • Aerothermal analysis of blades

  • Turbine blade cooling etc.

Track 11: PAP

Propulsion and Power

  • IC engine for various applications

  • Gas turbine engines and rocket engines

  • Biofuel-run reciprocating IC and GT engines

  • Combustion and emission studies

  • Fuel injection

  • Atomization and sprays

  • Modelling and simulation etc.

Track 12: MIS

Miscellaneous Topics

  • Non-newtonian fluid flows

  • Nanofluid

  • Magnetohydrodynamics and Electrohydrodynamic flows

  • Granular flows

  • Nuclear reactor thermal hydraulics

  • Fluidized bed technology

  • Environmental fluid mechanics

  • Data-driven fluid mechanics

  • Transport phenomenon in material processing and manufacturing processes

  • Energy engineering

  • Ocean engineering

  • Petroleum engineering

  • Fluid mechanics& fluid power education etc.

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