Biographical Information

Name:                           Swasti Sundar Mondal
Department:                  Mechanical Engineering
Date of Birth:                 31st  January, 1976

Details of Educational Qualification:
B. E., 1998, Jadavpur University
M. Tech., 2000, IIT Kharagpur
Ph D., 2005, IIT Kharagpur
 
Area of Specialisation: Thermodynamics, Fluid Mechanics, Heat Transfer, Combustion, Energy Conversion Systems and Computational Thermo Fluid Modelling

Experience:  18 Years

Presently Associate Professor, Mechanical Engineering, IIT BHU Varanasi, India
Joined as Lecturer, Mechanical Engineering, IT BHU Varanasi, India, Dec 2004 
 
Contacts:
Mobile No:                             +919838542109
Email Id:                                ssmondal.mec@iitbhu.ac.in
 
Research publications with full details:
 

K.Kumar, J.Sarkar, S S Mondal,2023, Assessment of Newly-Designed hybrid nanofluid cooled micro channeled thermal management system for Li-Ion Battery, Journal of Electrochemical Energy Conversion and Storage, 21, (2023), 011011.

S. Yadav, S S Mondal, 2022, A review on the progress and prospects of oxy-fuel carbon capture and sequestration (CCS) technology, Fuel,308,(2022), 122057. 
S. Yadav, S S Mondal, 2021, Numerical modelling of oxy coal combustion to access the influence of swirl strength combustion environment and gasification reactions on the flow, Combustion Theory and Modelling, Taylor & Francis, online.
S. Yadav, S S Mondal, 2021, Numerical investigation of 660 MW pulverized coal-fired supercritical power plant retrofitted for oxyfuel combustion, International Journal of Greenhouse Gas Control,105 (2021) 103227.
S. Yadav, S S Mondal, 2020, Numerical investigation of the influence of operating parameters on NOx emission characteristics under oxy-coal combustion atmosphere in a tubular combustor, ICHMT, 119,104915.
S. S. Mondal, N. Kumar and P. Ghosh, 2020, Numerical Investigation of Effects g jitter on buoyant laminar diffusion flame, SAE Int. J. Aerospace, 13(2), doi:10.4271/01-13-02-0007.
S. Yadav, S S Mondal, 2020, Numerical Investigation of the Effect of CO2 H2O Composition in Oxidizer on Flow Field and Combustion Behavior of Oxy pulverized Coal Combustion, Combustion Sc. And Technology, Taylor & Francis, online.
S. Yadav, S S Mondal, 2020, Modelling of oxy-pulverized coal combustion to access the influence of steam addition on combustion characteristics, Fuel 271 (2020) 117611.
S. Yadav, S S Mondal, 2019, A computational Modelling of the influence of different oxy-fuel combustion environment on combustion characteristics and particle temporal history, Combustion Sc. And Technology, Taylor & Francis, online.
S. Yadav, S S Mondal, 2019, Numerical Predictions on the Influences of Inlet temperature and pressure of feed gas on flow and combustion characteristics of Oxy-pulverized Coal Combustion, Combustion Sc. And Technology, Taylor & Francis, 2021, VOL. 193, NO. 1, 167–194.
S. Yadav, S S Mondal, 2019, A complete review based on various aspects of pulverized coal combustion, Int. Jr. of Energy Research, 43, 3134-3165, Wiley.
M Prakash, J Sarkar, A Sarkar, S S Mondal and J P Chakraborty, 2019, Performance assessment of novel biomass gasification based CCHP systems integrated with syngas production, Energy, 167 (2019) 379-390, Elsevier.
Arnab Sarkar and S.S.Mondal, 2018, External and internal irreversibility, Heat Engine as an example, Resonance, May 2018, 535-544, Springer.
M Prakash, J Sarkar, A Sarkar, S S Mondal and J P Chakraborty, 2017, Proposal and Design of a new biomass-based syngas production system integrated with combined heat and power Generation”, Energy 133 (2017), 986-997, Elsevier.
A. A. Shetty, P. Ghosh, S. S. Mondal, N. Patra, R. S. Singh, 2017, Effective numerical model for flow boiling of a nanofluid, Int. Jr. of Thermal Technologies, (7), 2, 107-115, Inpressco.
Mondal S.S., 2008, “Modelling of transport processes and associated thermodynamic irreversibilities in ignition and combustion of a pulverized coal particle”, Int. Jr. of Thermal Sciences, (47) 1442-1453.
Mondal S.S., Som S.K. and Dash, S.K.,2006, “Influences of inlet air pressure, air temperature and secondary air swirl on penetration histories of pulverized coal particles in a tubular combustor”, Int. Jr. of Thermal Sciences, (45) 190-202.
Mondal S.S., Som S.K. and Dash, S.K.,2005, “Numerical predictions on the influences of air blast velocity, initial bed porosity and bed height on shape and size of raceway zone in a blast furnace”, J. Phys D: Appl. Phys.(38) 1301-1307.
 Som S.K., Mondal S.S., and Dash, S.K.,2005, “Energy and Exergy Balance in the  Process of Pulverized Coal Combustion in a Tubular Combustor” Jr. of Heat Transfer, ASME, (127), 1322-1333.
Dash S.K, Mondal S.S and Ajmani S.K.,2005, “Effect of drain cover on the entrapment of air while draining a cylindrical vessel”, Int. Jr. of Numerical Methods for Heat & Fluid Flow, 15,( 4), 394-414.
 Dash S.K, Mondal S.S and Ajmani S.K., 2004, “Mathematical simulation of surface wave created in a mould due to submerged entry nozzle”, Int. Jr. of Numerical Methods for Heat & Fluid Flow, 14, (5), 606-632.
 Jha P.K., Ranjan R, Mondal S.S. and Dash S.K., 2003, “Mixing in a tundish and a choice of turbulence model for its prediction”, Int. Jr. of Numerical Methods for Heat & Fluid Flow 13, (8) 964-996.