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: IIT, Kharagpur (2010)
: Kyoto University, Japan (2013)
: Computational hydraulics with free surface, Turbulent fluid flow, Sediment transport, Water Distribution Network Analysis, Application of Remote Sensing in Water Resources
Three-dimensional unsteady RANS model for hydraulic jump.
Langhi M. and Hosoda T. (2018). ISH Journal of hydraulic Engineering, Taylor and Francis.
Analytical Solution of k-ε model for non-uniform flows.
Langhi M., Hosoda T., and Dey S. (2018). Journal of Hydraulic Engineering (ASCE), Vol. 144(7), pp 04018033-1-12.
Velocity deformation model for unsteady open channel flows over smooth and rough beds.
Langhi M., Hosoda T., and Dey S. (2013). Journal of Hydraulic Engineering (ASCE), Vol. 139(4), pp 433-443.
An analytical solution of k-epsilon model for uniform and non-uniform flows.
Langhi M., Hosoda T., and Dey S. (2013). Journal of hydraulic Engineering (JSCE), Vol. 69(4), pp I_67-I_72.
Hydraulic analysis of water surface profile in hydraulic jump by means of simple depth averaged flow model.
Hosoda T., and Langhi M. (2013). Journal of hydraulic Engineering (JSCE), Vol. 69(4), pp I_883-I_888. (in Japanese).
Depth-averaged model including velocity deformation for unsteady open channel flows.
Langhi M., Hosoda T., and Dey S. (2012). Journal of hydraulic Engineering (JSCE), Vol. 68(4), pp I_67-I_72.
Simulation of permeable concrete to assess interrelationship between strength and permeability.
Modi P., Dave M., Dodhiya A., Dadi Y. Mungule M. and Langhi M. (2018). The conference on computation modeling of concrete and concrete structures (EURO-C 2018), Bad Hofgastein, Austria.
Three-dimensional unsteady RANS model for rapidly varied open channel flows.
Langhi M. and Hosoda T. (2017). 22nd International conference on Hydraulics, Water Resources & Coastal Engineering, Ahmedabad, Gujarat.
Assessment of Urban Heat Island for Ahmedabad city.
Mehta J., Langhi M., Jai Devi J. and Mungule M. (2017). International conference on Technological Advances in Climate-Smart Agriculture and Sustainability, Nanded, Maharashtra.
Simple depth-averaged model considering deformation of velocity distribution for hydraulic jump and bore
Langhi M., Hosoda T. and Dey S. (2014). International conference on Fluvial Hydraulics, River Flow 2014, Lausanne Switzerland.
Simple 1-D model for dune development in a closed conduit under the previous experimental conditions.
Hosoda T., Langhi M. and Kimura T. (2013). 12th International Symposium on River Sedimentation. Kyoto, Japan.
One dimensional depth-averaged velocity deformation model for unsteady open channel flows.
Langhi M., Hosoda T. and Dey S. (2011). 13th International Summer Symposium, JSCE, Kyoto, Japan.
Numerical analysis of sand dunes in a closed conduit by means of a depth-averaged model.
Hosoda T., Kimura T. and Langhi M. (2011). 7th River, Coastal and Estuarine Morphodynamics (RCEM) Symposium, Beijing, China.