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Biography of mihir sen notre-dame

          MIHIR SEN. Professor Emeritus Department of Aerospace and Mechanical Engineering University of Notre Dame Notre Dame, IN E-mail: 1[at]nd.

        1. MIHIR SEN. Professor Emeritus Department of Aerospace and Mechanical Engineering University of Notre Dame Notre Dame, IN E-mail: 1[at]nd.
        2. Bio: Mihir Sen completed his undergraduate degree in Mechanical Engineering at the Indian Institute of Technology in Madras, India in He.
        3. Professor Emeritus, Department of Aerospace and Mechanical Engineering, University of Notre Dame,.
        4. Mihir Sen's research works with citations, including: Thermodynamics of freezing water inside a self-pressurizing elastic tank and its departure.
        5. 2 Basics · 3 Classification · 4 Terminology · 5 Components · 6 Operation · 7 Thermodynamics · 8 Parameters.
        6. Professor Emeritus, Department of Aerospace and Mechanical Engineering, University of Notre Dame,.!

          MIHIR SEN

          Professor Emeritus
          Department of Aerospace and Mechanical Engineering
          University of Notre Dame
          Notre Dame, IN 46556
          Sen.1[at]nd.edu



          Research areas

          • Surface waves, falling films, incipient jets
          • Chemically reacting flows
          • Natural convection in loops and cavities
          • Flow in porous media
          • Phase change
          • Dynamical systems, chaos, chaotic advection
          • Heat transfer correlations and enhancement
          • Experimental and numerical methods
          • MEMS applications
          • Flow past rotatable cylinders
          • Heat exchangers
          • Refrigeration, energy
          • Inviscid flow heat transfer
          • Thermal control
          • Intelligent systems (artificial neural networks, genetic algorithms, fuzzy logic)
          • Thermocompressive and thermoacoustic machines
          • Forced convection
          • Biofluid mechanics and heat transfer
          • Electron flow hydrodynamics in semiconductors
          • Molecular dynamics
          • Thermoelasticity
          • Synchronization in complex systems
          • Fractional derivatives and implicit operators
          • Complex mechanical and flow networks

          Some Master's these