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  1. Saha S and Meheboob Alam, A hierarchial class of beyond-Navier-Stokes nonlinear rheological models for dense granular fluid, (2018).

  2. Meheboob Alam and Gupta R, Anomalous heat flux in granular Poiseuille flow is driven by anisotropic thermal conductivity, (2018).

  3. Ansari I H and Meheboob Alam, Phase diagrams of patterns and segregation in vertically vibrated binary granular mixtures, (2018).

  4. Reddy, M. H. L. and Meheboob Alam, Re-regularized moment equations  and the propagation of plane shock waves in granular gases, (2018).

  5. Rongali, R. and Meheboob Alam, Asymptotic expansion and Pade-approximated solution for acceleration-driven Poiseuille flow of a rarefied gas, Physical Review E (2018).

  6. Bharadwaj, S, Vybhav G. R. and Meheboob Alam, Method to resolve low velocities in a PIV system and the properties of a turbulent jet, (2018).

  7. Saha, S., Gupta, R. and Meheboob Alam, Anisotropy and nonlinear rheology of a sheared gas-solid suspension: Theory and simulation, JFM (2018).

  8. Gupta, R. and Meheboob Alam, Disentangling the role of athermal walls on the Knudsen paradox in molecular and granular gases, Physical Review E 97, 012912 (2018).

  9. Ansari I H, Rivas N and Meheboob Alam, Phase-coexisting patterns, horizontal  segregation and controlled convection in vertically vibrated binary granular mixtures, Physical Review E 97, 012911 (2018).

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