Indian Institute of Technology Kharagpur

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Sukanta Kumar Dash

	S Dash Ph.D.(IIT Kharagpur) Professor, Mechanical Engineering Prof-in-charge, Refrigeration & Air Conditioning
	S Dash joined the Institute in 1998

Contact Addresses

Research Areas

Awards & Honours

Sukumar Rakshit Award by MGMI (2001)
Sanak Nanavti Gold Medal from TATA Steel for the Best Application Paper in TATA SEARCH (2000)

On-going Consultancy Projects

Project Name : Pulling force estimation on a ribbed bar
Client : Tata Steel
Consultant : S K Dash
Co-consultant(s) : -
Project Name : Flow induced stress computation on a slide gate
Client : IFGL
Consultant : S K Dash
Co-consultant(s) : -
Project Name : Residence time computation in a tundish to improve its performance
Client : IFGL refractories ltd
Consultant : S K Dash
Co-consultant(s) : -
Project Name : Plume trajectory analysis
Client : GRSE Kolkata
Consultant : S K Dash
Co-consultant(s) : -

Publications: 2009 - 2010

Pressure Drop Caused by Two-Phase Flow of Oil/Water Emulsions Through Sudden Expansions and Contractions - A Computational Approach by M K Roul and S K Dash Int Jou of Num Methods for Heat and Fluid Flow, 19, No.5, pp. 665 (2009)
Prediction of Circulation Flow Rate in the RH Degasser Using Discrete Phase Particle Modeling, by P A Kishan and S K Dash I S I J International, 49, 495 (2009)

Publications: 2006 - 2007

Numerical and Experimental study of circulation flow rate in a closed circuit due to gas jet impingement by Anil Kishan P and Dash S K, , Int. J. Numerical Methods for Heat and Fluid Flow, 16, 892-909 (2006)
Optimum coke free space volume in blast furnace hearth by wall shear stress analysis, by Bhavin Desai R, R V Ramna and Dash S K,, ISIJ International, 46, 893-900 (2007)

Publications: 2005 - 2006

Numerical predictions on the influences of the air blast velocity, initial bed porosity and bed height on the shape and size of the raceway zone in a blast furnace by Mondal S S, Som S K and Dash S K, Journal of Physics, D: Appl. Physics, 38, pp1301-1307 (2005)
Energy and exergy balance in the process of pulverized coal combustion in a tubular combustor by Mondal S S, Som S K and Dash S K, ASME Journal of Heat Transfer, Vol.127, pp.1322-132 (2005)
Experimental simulation and mathematical modeling of air bubble movement in slab caster mold by Singh V, Dash S K, Sunitha J S, Ajmani S K and Das A K,, ISIJ International, Vol.46, No.-2, pp.21 (2006)

Publications: 2004 - 2005

A numerical and experimental investigation on the coefficients of discharge and the spray cone angle of by Halder M R, Dash S K and Som S K,, Expt Thermal Science, 28 (2004)
Employment of different turbulence models to the design of optimum steel flows in a tundish by Jha P K and Dash S K, Int. J. Numerical Methods for Heat and Fluid Flow, 14 (2004)
Mathematical simulation of surface wave created in a mold due to submerged entry nozzle by Dash S K, Mondal S S, and Ajmani S K, Int. J. Numerical Methods for Heat and Fluid Flow, 14 (2004)
Mixing Evaluation in the RH Process using Mathematical Modeling by Ajmani S K, Dash S K, Sanjay Chandra and Chaitanya Bhanu, ISIJ International, 44 (2004)
Optimization of Tap Hole Angle to minimize Flow Induced Wall Shear Stress on the Hearth by Dash S K, D N Jha, Satish K Ajmani and Alka Upadhyaya, Ironmaking and Steelmaking International J. of Technological Advances, 31 (2004)

Some Earlier Publications

Numerical predictions on the influences of the air blast velocity, initial bed porosity and bed height on the shape and size of the raceway zone in a blast furnace by Mondal S S, Som S K and Dash S K, Journal of Physics, D: Appl. Physics, 38 (2005) 1-7
Optimization of Tap Hole Angle to minimize Flow Induced Wall Shear Stress on the Hearth by Dash S K, D N Jha, Satish K Ajmani and Alka Upadhyaya, Ironmaking and Steelmaking, 31 (2004) 207-215
Mixing Evaluation in the RH Process using Mathematical Modeling by Ajmani S K, Dash S K, Sanjay Chandra and Chaitanya Bhanu, ISIJ International, 44 (2004) 82-90
Mathematical simulation of surface wave created in a mold due to submerged entry nozzle by Dash S K, Mondal S S, and Ajmani S K, Int. J. Numerical Methods for Heat and Fluid Flow, 14 (2004) 606-632
Employment of different turbulence models to the design of optimum steel flows in a tundish by Jha P K and Dash S K, Int. J. Numerical Methods for Heat and Fluid Flow, 14 (2004) 953-979
A numerical and experimental investigation on the coefficients of discharge and the spray cone angle of a solid cone swirl nozzle by Halder M R, Dash S K and Som S K, Expt. Thermal Fluid Science, 28 (2004) 297-305

Indian Institute of Technology Kharagpur, Kharagpur - 721302, INDIA
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