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Your search keyword '"Mahesh Krishnan"' showing total 10 results
Start Over Author "Mahesh Krishnan" Publication Type Books
10 results on '"Mahesh Krishnan"'

2. Contributors

Author

Bell, John, primary, Brown, Jed, additional, Colonius, Tim, additional, Domingo, Pascale, additional, Domino, Stefan P., additional, Evans, John A., additional, Fischer, Paul F., additional, Ghate, Aditya, additional, Grinstein, Fernando F., additional, Jansen, Kenneth E., additional, Lele, Sanjiva K., additional, Mahesh, Krishnan, additional, Moser, Robert D., additional, Pereira, Filipe S., additional, Rider, William J., additional, Sagaut, Pierre, additional, Tomboulides, Ananias G., additional, Veldman, Arthur E.P., additional, Verstappen, Roel W.C.P., additional, and Vervisch, Luc, additional

Published
2023
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3. Contributors

Author

Davidson, Lars, primary, Durbin, Paul A., additional, Fox, Rodney O., additional, Lele, Sanjiva K., additional, Mahesh, Krishnan, additional, Piomelli, Ugo, additional, Riley, James J., additional, Schmid, Peter J., additional, Spalart, Philippe R., additional, and Zaki, Tamer A., additional

Published
2021
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9. Minimum Sustainable Drag for Constant Volume-Flux Pipe Flows.

Author

Marusic, Ivan, Joseph, D. D., and Mahesh, Krishnan

Abstract

Comparisons are made between laminar and turbulent flows in pipes with and without flow control, and a formula is derived that shows just how much the discrepancy between the volume flux of laminar and turbulent flow at the same pressure gradient increases as the pressure gradient is increased. Related to this, we investigate the lowest bound for skin-friction drag in pipes for flow control schemes that use surface blowing and suction with zero-net volume-flux addition. [ABSTRACT FROM AUTHOR]

Published
2008
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10. Three Problems in the Large-Eddy Simulation of Complex Turbulent Flows.

Author

Barth, Timothy J., Griebel, Michael, Keyes, David E., Nieminen, Risto M., Roose, Dirk, Schlick, Tamar, Kassinos, Stavros C., Langer, Carlos A., Iaccarino, Gianluca, Moin, Parviz, Mahesh, Krishnan, Hou, Yucheng, and Babu, Pradeep

Abstract

This paper: (i) discusses an algorithm that addresses the problems posed by low Mach numbers and high Reynolds numbers in large-eddy simulation of compressible turbulent flows, (ii) uses numerical solutions of the RDT equations to suggest the possibility that the linear effects of pressure might be more important to model in the near-wall problem, than nonlinear transfer, and (iii) a simple kinematic model that possibly explains why large-eddy simulation predicts turbulent mixing accurately, even though the viscous processes are not being represented. [ABSTRACT FROM AUTHOR]

Published
2007
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