IITKGP
Looking for a JRF to work in an ANRF funded project entitled "Harnessing the advantages of nanofluids in biphasic mesoscale flow for increased yield and selectivity in mass transfer controlled reacting systems" | Looking for a JRF to work in an ANRF funded project entitled "Harnessing the advantages of nanofluids in biphasic mesoscale flow for increased yield and selectivity in mass transfer controlled reacting systems" | Looking for a JRF to work in an ANRF funded project entitled "Harnessing the advantages of nanofluids in biphasic mesoscale flow for increased yield and selectivity in mass transfer controlled reacting systems" | One-day workshop on Multiphase Flow - Research and Applications (MFRA-2023) in Hybrid Mode Sponsored by DST, SERB under SSR Scheme on March 11, 2023 | One-day workshop on Multiphase Flow - Research and Applications (MFRA-2023) in Hybrid Mode Sponsored by DST, SERB under SSR Scheme on March 11, 2023 | One-day workshop on Multiphase Flow - Research and Applications (MFRA-2023) in Hybrid Mode Sponsored by DST, SERB under SSR Scheme on March 11, 2023 |

Responsibilities

  • Dean, Faculty of Engineering and Architecture (FoE&A)
  • Prof-in-Charge, Convocation

Research Areas

  • Fluid Mechanics (incl. multiphase flow)
  • Process Intensification
  • Sensor Development for Multiphase system
  • Computational Fluid Dynamics (CFD)
  • Current Research Persuits
    Process intensification of mass transfer controlled processes in reacting and non-reacting systems
    Nanofluid induced process intensification in multiphase flow systems
    Internal hydraulic jump in Newtonian and non Newtonian liquids– Experimentation and analysis
    Hydrodynamics of liquid-liquid and gas-liquid two phase flow through pipeline systems.
    Hydrodynamics of gas-liquid-liquid three phase systems
    Multiphase Flow involving non Newtonian fluids
    Development of multiphase instrumentation
    Energy efficient transportation of high viscosity oil
    Computing techniques for two phase flows

     
  • Energy dissipation during laminar planar jump of a generalised time-independent non-Newtonian liquid An analytical approach by Samanta B., Ray S., Das G. Journal of Fluid Mechanics 1032 - (2026)
  • Transient Meniscus Response in Tilted Cuvettes: Role of Surface Tension and Tilting Rate by Roy A., Verma G. , Ray S. , Das G. , Bakli C. Physics of Fluids 37 1-14 (2025)
  • Nanofluid induced droplet pinch-off in the jetting regime of liquid liquid flow by Pallavi K., Bakli C., Ray S., Das G. Physics of Fluids 38 - (2026)
  • Energy efficient pipeline transportation of heavy oil - A novel static device to stabilize and re-establish core annular flow by Tayal E., Ray S., Halder S., Bakli C., Das G. Energy 331 - (2025)
  • Bubbling phenomena during granular drainage from an inclined closed-top quasi-two-dimensional conduit by Maiti R., Das G., Das P.K. Particuology 103 29-40 (2025)
  • Anomalous behavior of Taylor Bubble Rise in Glycerol Solutions -Mechanistic Insights and Numerical Simulations by Priyanka P., Das G. , Ray S. , Kaushal M. , Sarker D. Physics of Fluids 37 1-15 (2025)
  • Internal hydraulic jump in plane Poiseuille two-layer flow: Theoretical, numerical and experimental study by Dhar M., Ray S., Das G., Das P.K. Journal of Fluid Mechanics - (2021)
  • Process Equipment and Plant Design - Principles and Practices by Das G., Ray S. 1-859 (2020)
  • Planar hydraulic jumps in thin film flow by Dhar M., Das G. , Das P. K. Journal of Fluid Mechanics 884 - (2020)
  • A numerical investigation of laminar planar hydraulic jump in Herschel-Bulkley fluid by Samanta B., Kaushal M. , Das G. , Ray S. Journal of Non-Newtonian Fluid Mechanics 333 1-16 (2024)

Principal Investigator

  • Harnessing the advantages of nanofluids in biphasic mesoscale flow for increased yield and selectivity in mass transfer controlled reactive systems Anusandhan National Research Foundation (ANRF)

Co-Principal Investigator

  • Kotak-IITM Save Energy Mission (KISEM) spoke at IIT Kharagpur INDIAN INSTITUTE OF TECHNOLOGY MADRAS

Ph. D. Students

Anirban Roy

Area of Research: Multiphase Microfluidics

Ashish Baghel

Area of Research: Multiphase Flow

Ekta Tayal

Area of Research: Multiphase Microfluidics

Kunderu Pallavi

Area of Research: Multiphase Flow

Priyanka

Area of Research: Multiphase Flow

Sreekanta Nath Dalal

Area of Research: Multiphase Flow