Sanjeev Sanghi
City University of New York, Cornell University, Indian Institute of Technology Kanpur
About
Sanjeev Sanghi is Professor of the Applied Mechanics Department at Indian Institute of Technology Delhi. Having obtained his Bachelor’s degree in Mechanical Engineering from I.I.T. Kanpur, he worked with John Lumley in turbulence modelling for his M.S. from Cornell University. He got his Ph.D. from the Levich Institute of the City College of City University of New York. He has been a recipient of the Ralph Boliagno award for being the most distinguished Teaching assistant at Cornell University and the Excellence in Teaching Award at I.I.T. Delhi. He was Member, Board of Governors, Head Educational Technology and Dean Alumni Affairs and International programmes at IIT Delhi. As Dean Alumni Affairs he set up a Global 1 Billion Dollars Alumni Endowment Fund for IIT Delhi. Currently he is the Head of Applied Mechanics Department at IIT Delhi, where he has spearheaded a new B. Tech. programme in Engineering and Computational Mechanics.
He is recognized globally for work on Proper Orthogonal Decomposition (POD), Chaos and Low Dimensional Modelling, Development of New Discretization Schemes in Computational Fluid Dynamics and Modelling of Turbulent Flows. He has applied POD to near wall turbulent flows, rotating flows with natural convection and flows in a square duct. His work on outflow boundary condition for unsteady flows in open domains for incompressible flows demonstrates a novel way to reduce domain size in open flows. He has also developed a new upwinding scheme for compressible flows which is more efficient than the existing schemes. Through a series of works, he has established the phenomena of supression of turbulence with an increase in heat transfer for configurations like channel flow and rotating flows in confined cavities. He has been Invited to deliver lecture on these topics in more than 30 universities in Asia, Europe, Africa, USA, South America and Australia.
He is acclaimed to be one of the best teachers at IIT Delhi and has won distinguished teaching awards from IIT Delhi, Cornell University and C.V. Kapur Foundation. He has co-authored the recent version of Beer and Johnston texts on Vector Mechanics and Mechanics of Materials. In 2008, he helped set up a collaborative distance education M. Tech. with Addis Ababa University, Ethiopia with transmission of classes taught by Professors at IIT Delhi to Ethiopia by video conferencing. He was invited as a visiting professor to University of Sussex, UK in 2007-2008. He has held several administrative positions at IIT Delhi including Head Applied Mechanics department, Member, Board of Governors, Head, Educational Technology Centre. Co-ordinator, QIP and CEP, Chairman, Faculty Forum and Convenor for the interdisciplinary group on Transportation Research, TRIPP at IIT Delhi.
His youtube channel Sanghi-Lab-IITD is very popular and has his recordings on full course lectures on Fluid Mechanics, Engineering mechanics and Mechanice portion of High School Physics. The site is accessible at: (https://www.youtube.com/channel/UC5ZyG5sMzZ77N6CvXTs6jmg)
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Employment
Employment history is unavailable.
Education
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City University of New York Ph.D.1988 - 1991
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Cornell University M.S.1985 - 1988
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Indian Institute of Technology Kanpur Bachelors of Technology1980 - 1985
Projects & Funding
Projects & funding information is unavailable.
Publications (84)
- Mechanics of Solids: Volume I Save
- Influence of thermal buoyancy on the wake dynamics of a heated square cylinder Save
- Effect of Buoyancy on Three-Dimensional Flow Around a Heated Square Cylinder in Mixed Convection Save
- On the evolution and circulation dynamics of the counter rotating vortex rings in the starting phases of under-expanded jets Save
- Numerical treatment of cylindrical coordinate singularities for fluid flow simulations Save
- Skin-friction drag reduction by axial oscillations of the inner cylinder in turbulent Taylor-Couette flows Save
- THREE-DIMENSIONAL FLOW TRANSITION AROUND A HEATED DIAMOND-SHAPED CYLINDER IN MIXED CONVECTIVE FLOW REGIME: A DNS STUDY Save
- Three-dimensional wake transition of a heated square cylinder in the presence of cross-buoyancy Save
- Counter-rotating Taylor-Couette flows with radial temperature gradient Save
- Drag reduction using velocity control in Taylor–Couette flows Save