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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
Residence
C1-148, IIT Campus, Kharagpur 721302
Phone (office)
+91 - 3222 - 282918
Phone (residence)
+91 - 3222 - 282919 (IIT Phone)
+91 - 3222 - 220179 (Private Phone)
email
sdash @ mech.iitkgp.ernet.in
More Information
Research Areas
two ophase flow and general CFD application to industrial devices
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
Telephone Number +91-3222-255221 | FAX : +91-3222-255303