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Curriculum Vitae Dr. Sanjay Professor
Mechanical Engineering Department N.I.T. Jamshedpur
E-mail- [email protected] , [email protected] Phone: +91-943073551 (M) Fax: +91-657-2373813 Address for Communication :
Dr. Sanjay Professor
Mechanical Engineering Department National Institute of Technology Jamshedpur
Jamshedpur-831014, Jharkhand., India Date of Birth: July 01, 1969
Areas of Interest: Thermodynamics of Energy Conversion Systems
Gas Turbines based Power Utilities
Energy-Exergy-Emission analysis of Power Cycles
Inspection of Process Machines and equipments
Welding Inspection, Non-Destructive Testing(X-Ray, Ultra-sonic, MPI)
Reliability Analysis of Plant & Machinery Educational Qualifications:
Schooling: Examination/Degree Year Subjects/Discipline
School / College Institution/Board
Xth- ICSE 1985 Hindi, English, St. Joseph’s
College, Allahabad
CICSE Board, New Delhi Science, Math,
His&Geoaphpy XII th- ISCE 1987 Hindi, English, St. Joseph’s
College, CICSE Board, New Delhi
Physics,
Chemistry, Math
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University: Examination/Degree Year Subjects/Discipline % Marks, Institution/University
Division
B.E. 1993 Mechanical Engineering 66%, I
st (Class) Gulbarga University, Gulbarga
M.E. (Design of Process Machines) 1998
Mechanical
Engineering 69%, Ist (Class) M.N.R.E.C.Allahabad
(Allahabad University)
Ph.D. 2005 Mechanical Engg- Thermal
N.A
Uttar-Pradesh Technical University,
Lucknow Ph.D. Thesis: “Thermodynamic Analysis of Gas/Steam Combined Cycle and Cogeneration
Plants”.
M.Eng. Thesis: “Software Development for Design of Steam Surface Condenser”
Employment Details:
Summary of Employment details
S.No Position Held Employer Period
(approx)
Remarks
1. Professor National Institute of
Technology, Jamshedpur
Since March
2008 and
continuing
Joined as Assistant
Professor(2000),
promoted to Associate
Professor in 2006 and
further promoted to
Professor
2. Inspection
Engineer
Tata Projects Ltd., Hyderabad 1.5 years Third party
inspection of eqpt.
worth approx.
US$ 400000
3. Senior
Engineer,
Inspection
Triveni Engg. And Ind. Ltd.
New Delhi
2.5 Years Inspection of Steam
turbines
4. Engineer
(Petroleum
Pipelines)
Punj Lloyds Ltd., New Delhi 1 Year Inspection of cross-
country buried
petroleum pipeline
worth US$ 100000
5. Assistant
Engineer
Syner India Ltd. New Delhi 1 Year Started working
from August 1993
Courses Lectured: (a) U.G. Level: Internal Combustion Engines, Gas Turbines, Refrigeration, Air-conditioning,
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Combustion, Production Planning and Control, CAD, CAM, Computer Programming Internet
Technology, Engineering Drawing, Engineering Graphics. (b) P.G. Level: I.C. Engines, Advanced Energy Conversion, Programming in High Level Languages,
CAD, CAM, Direct Energy Conversion Systems
RESEARCH/SCHOLARLY ACTIVITIES:
Research Papers:
Engaged in cutting edge academic research work and have published 40+ papers with the
prestigious ASME International, Elsevier journals, Wiley journals and many other
prestigious international level journals.
Details of Publications in Refereed Journals / Conference Proceedings:
Papers in International Journals (SCI/Scopus):
Summary of Indexing Status of Published Research Articles (AS ON Dec 2017):
S.
No.
Name of the Journal Publisher
No. of
articles
Indexing Status
Science
Citation
Indexed
(SCI)
Scopus
Indexed
Science
Citation
Indexed-
Extended
(SCI-E )
1 ENERGY ELSEVIER 9 YES YES YES 2 Journal of the Energy Engineering ASCE 1 YES YES YES 3 International Journal of Hydrogen
Energy ELSEVIER 3 YES YES YES
4 Proceedings of the Institution of Mechanical Engineers, Part A: Journal of Power and Energy
IMech, UK, SAGE
2 NO YES YES
5 Journal of the Energy Institute ELSEVIER 4 NO YES YES 6 International Journal of Thermal
Sciences ELSEVIER 1 NO YES YES
7 Arabian Journal of Science and Engineering
SPRINGER 2 NO YES YES
8 Journal of Energy in Southern Africa SPRINGER 1 NO YES YES 9 INTERNATIONAL JOURNAL OF
ENERGY RESEARCH WILEY 2 NO YES YES
10 Journal of Engineering, Design and Technology
EMERALD 1 NO YES NO
11 SAE Technical Paper SAE INTL. 4 NO YES NO 12 Applied Thermal
Engineering ELSEVIER 2 NO YES YES
13 Energy Procedia ELSEVIER 1 NO YES NO
14 Journal of Cleaner Production
ELSEVIER 1 YES YES YES
TOTAL 34 (Thirty four)
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ResearchGate Score: 28.58
i10 index : 10
h-index : 10
Details of Research Article Published Cited/Year
Influence of different means of turbine blade cooling on the thermodynamic performance of
combined cycle
Sanjay, O Singh, BN Prasad
Applied Thermal Engineering 28 (17-18), 2315-2326
92 2008
Energy and exergy analysis of steam cooled reheat gas-steam combined cycle
Sanjay, O Singh, BN Prasad
Applied Thermal Engineering 27 (17-18), 2779-2790
88 2007
Comparative performance analysis of cogeneration gas turbine cycle for different blade
cooling means
Sanjay, O Singh, BN Prasad
International Journal of Thermal Sciences 48 (7), 1432-1440
55 2009
Energy and exergy analysis of intercooled combustion-turbine based combined cycle power 25 2013
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plant
Sanjay, BN Prasad Energy 59, 277-284
Thermodynamic assessment of impact of inlet air cooling techniques on gas turbine and
combined cycle performance
AK Mohapatra, Sanjay International Journal ENERGY http://www.sciencedirect.com …
20 2014
Comparative evaluation of gas turbine power plant performance for different blade cooling
means
Sanjay, O Singh, BN Prasad
Proceedings of the Institution of Mechanical Engineers, Part A: Journal of …
19 2009
Thermodynamic modelling and simulation of advanced combined cycle for performance
enhancement
Sanjay, O Singh, BN Prasad
Proceedings of the Institution of Mechanical Engineers, Part A: Journal of …
18 2008
Computational analysis of IR-SOFC: Transient, thermal stress, carbon deposition and flow
dependency
C Tushar, Sanjay, International Journal of Hydrogen Energy 41 (24), 10212–10227
13 2016
Comparative analysis of inlet air cooling techniques integrated to cooled gas turbine plant
AK Mohapatra, Sanjay
Journal of the Energy Institute, an Elsevier Journal 88 (Issue 3), 344–358
11 2015
Analysis of parameters affecting the performance of gas turbines and combined cycle plants
with vapor absorption inlet air cooling
AK Mohapatra, Sanjay,International Journal of Energy Research 38 (2), 223-240
11 2014
Computational analysis of IR-SOFC: Thermodynamic, electrochemical process and flow
configuration dependency
C Tushar, Sanjay International Journal of Hydrogen Energy 41 (2), 1259–1271
10 2016
Investigation of the effect of air film blade cooling on thermoeconomics of gas turbine based
power plant cycle
MK Sahu, Sanjay, ENERGY 115, 1320-1330
8 2016
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Comparative exergoeconomic analysis of basic and reheat gas turbine with air film blade
cooling
MK Sahu, Sanjay, Energy 132, 160-170
6 2017
Energy and Exergy Analysis of Brayton-Diesel Cycle
Sanjay, A Mukul, Rajay, Proceedings of the 2009 World Congress on Engineering, London 2 (1),
1-6
6 2009
Thermodynamic assessment of advanced SOFC-blade cooled gas turbine hybrid cycle
T Choudhary, Sanjay, International Journal of Hydrogen Energy 42, 10248-10263 5 2017
Thermodynamic analysis of effect of blade cooling methods on air humidifier integrated gas
turbine cycle
AK Mohapatra, Sanjay, L Prasad, Journal of the Energy Institute 85 (2), 61-69
5 2011
Exergoeconomic investigation of power utility based on air film blade cooled gas turbine cycle
MK Sahu, Sanjay, Applied Thermal Engineering 122, 738–746 4 2017
Application of CAD and Reverse Engineering Methodology for Development of Complex
Assemblies
Sanjay, Anjani Kumar, Abdul Afeez, Journal of Engineering, Design and Technology 11 (3)
4 2013
Parametric Analysis of Syn-Gas Fueled SOFC with Internal Reforming
T Choudhary, Sanjay, P Murty SAE Technical Papers 3 2015
Impact of Globalization on Engineering Education in Developing Countries
O Mardam-Bey, Sanjay, S Saran, ARISER 4 (2), 99-102 3 2008
Thermodynamic Evaluation of Advanced Combined Cycle Using Latest Gas Turbine
Sanjay, O Singh, BN Prasad
International Joint Power Generation Conference 2003 Atlanta, Georgia, USA …
3 2003
Comparative Exergoeconomics of Power Utilities: Air-cooled Gas Turbine Cycle and Combined
Cycle Configurations
MK Sahu, Sanjay, Energy 139, 42-51
2 2017
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Novel and optimal integration of SOFC-ICGT hybrid cycle: Energy analysis and entropy
generation minimization
T Choudhary, Sanjay International Journal of Hydrogen Energy 42 (23), 15597-15612
2 2017
CFD Modeling of SOFC Cogeneration System for Building Application
T Choudhary, M Kumar Sahu, Sanjay, Energy Procedia 109, 361-368 2 2017
Thermodynamic and Emission Analysis of Basic and Intercooled Gas Turbine Cycles
A Kumari, T Choudhary, Sanjay, P Murty, M Sahu
SAE Technical Paper, Paper #: 2015-01-2426
2 2015
Thermodynamic and Emission Analysis of Basic and Intercooled Gas Turbine Cycles
A Kumari, T Choudhary, Sanjay, P Murty, et al. SAE Technical Papers, 2 2015
Exergy analysis of effect of air/fuel ratio and compression ratio on rational efficiency of
gas/steam combined cycle
N Kumar, Sanjay, Journal of the Energy Institute, United Kingdom 86 (1), 41 - 48
2 2013
Thermoeconomic Investigation of Power Utilities: Intercooled Recuperated Gas Turbine Cycle
Featuring Cooled Turbine Blades
MK Sahu, Sanjay ENERGY 138 (C), 490-499
1 2017
Thermoeconomic Investigation of Different Gas Turbine Cycle Configurations for Marine
Application
MK Sahu, T Choudhary, Sanjay, SAE Technical Paper
1 2016
Analysis of Combined Effects of Air Transpiration Cooling and Evaporative Inlet Air Cooling on
the Performance Parameters of a Simple Gas Turbine Cycle
AK Mohapatra, Sanjay, Journal of Energy Engineering 141 (3), 04014015
1 2014
Performance analysis of an air humidifier integrated gas turbine with film air cooling of turbine
blade
AK Mohapatra, Sanjay, Journal of Energy in Southern Africa 24 (4), 71 - 81
1 2013
Combined Heat and Power through Biomass-An Overview
S Shukla, P Murty, Sanjay, SAE Technical Paper
1 2011
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Investigation of effect of variation of cycle parameters on thermodynamic performance of gas-
steam combined cycle
Sanjay Energy 36 (1), 157 - 167
1 2010
Parametric analysis of effect of blade cooling means on gas turbine based cogeneration cycle
Sanjay, O Singh, BN Prasad, Journal of the Energy Institute 81 (4), 197-204 1 2008
Thermoeconomic investigation of basic and intercooled gas turbine based power utilities
incorporating air-film blade cooling
MK Sahu, Sanjay, Journal of Cleaner Production 170, 842-856 2018
Exergy and Energy Analysis of Combined Cycle systems with Different Bottoming Cycle
Configurations
Sanjay, International Journal of Energy Research 37 (8), 899 - 912 2013
IMPLEMENTATION OF AN ONLINE TEACHER ASSESSMENT/APPRAISAL IN TECHNICAL
EDUCATION INSTITUTION: A Case Study
S MANDAL, D SANJAY, R SHRIVASTAVA
The Turkish Online Journal of Distance Education 11 (4), 25-35
2010
American Society of Mechanical Engineers (ASME) Papers:
[1] Sanjay, Singh. O. Singh and Prasad. B.N, (2001), “Prediction of Performance of Simple Gas/Steam
Combined Cycle and Co-generation Plants with Different Means of Cooling”, Proceedings of
ASME’s, 36th Inter-society Energy Conversion Engineering Conference–2001, ASME Paper No.
IECEC-2001-CT-11.
[2] Sanjay, Singh. O. Singh and Prasad. B.N, (2003), “Thermodynamic evaluation of advanced
combined cycle using latest gas turbine”, Proceedings of ASME’s, Turbo-Exposition 2003, ASME
Paper No. GT2003-38096.
[3] Sanjay, Singh. O. Singh and Prasad. B.N, (2004), “Thermodynamic Evaluation of Combined Cycle
using Different Methods of Steam Cooling”, Proceedings of ASME’s, Power-2004, ASME Paper
no. PWR2004-52152
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[4] Sanjay, Singh. O. Singh and Prasad. B.N, (2003), “Performance enhancement of advanced
combined cycles”, Proceedings of ASME’s IJPGC-2003, ASME Paper No.: IJPGC2003-40117.
[5] Sanjay, Singh. O. Singh and Prasad. B.N, (2004), “Performance of integrated combined and
cogeneration Cycles using latest gas turbines”, Proceedings of ASME’s, Turbo-Exposition 2004,
ASME Paper No. GT2004-53312.
[6] Sanjay, Singh. O. Singh and Prasad. B.N, (2003), “Thermodynamic Performance of Complex gas
turbine cycles”, Proceedings of ASME’s IJPGC-2002, ASME Paper No.: IJPGC2002-26109.
TEACHING/COURSEWARE DEVELOPMENT:
Developed a software package/learning resource to compute the various steam
properties for the complete range in Mollier Chart with students.
Developed a software package / learning resource to compute to residual unbalance in
rotors with students.
FOREIGN TRAVEL / ASSIGNMENTS:
Presented research papers PWR2004-52152 in Baltimore USA(2004).
Presented research paper at World Congress of Engg. in U.C. Berkeley, USA(2008)
Presented research paper at World Congress of Engg. in U.C. Berkeley, USA(2014)
Presented research papers at SAE AeroTech Congress in Fort-Worth, USA (2017)
Lead a team of 12 students as Faculty Advisor to participate in SAE BAJA 2010-
Pretoria, South Africa
PROJECT / THESIS GUIDANCE:
Bachelor of Technology Project Guidance Details:
i. Design and development of statistical quality control (SQC) software, Mech. Engg. Deptt., @
MNREC Allahabad, (as an industrial co-guide)1997.
ii. Design of Steam Properties Database for Cycle Analysis of Steam Turbine Power Plant- –
(B.Mudholkar et al.), Mech. Engg. Deptt., 2002.
iii. Software development for determination of residual unbalance of rotating discs – Mech. Engg.
Deptt., (Dupan Mukharjee et al.) 2003
iv. Millimeter Scale Gas Turbine – Kartikayan et al. Mech. Engg. Deptt.,2004.
v. Micro-Gas Turbine Integrated with Fuel Cell – Sudhir Kumar et al., Mech. Engg. Deptt., 2005.
vi. Design and Fabrication of Evaporative Cooling System for Heavy Vehicles Application- (P.Poturaju
et al.)- Mech. Engg. Deptt. 2006.
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vii. Experimental Investigation of Solar Passive cooling of building using alternative materials, (Ashok
Kumar et al.) Mech. Engg. Deptt. 2007.
Master of Technology (M.S level) thesis Guidance: TWENTY plus
AFFILIATIONS/MEMBERSHIPS OF PROFESSIONAL BODIES:
Member of Society of Automotive Engineers (SAE-2016) Membership No. 7007210009
Institution of Engineers(INDIA) - Member (Membership No. M-145407-7)
HONORS / DISTINCTION / RECOGNITION BY INTERNATIONAL BODIES: Invited to feature in the “Marquis Who’s Who in Science & Engineering”, published by Marquis
Who’s Who, Publ. New Jersey, USA http://www.marquiswhoswho.com/
VOLUNTARY WORK:
Reviewer of technical papers in Elsevier Journals(ENERGY, ATE, ES&T,ECM,AE etc), ASME amongst others.
REFERENCES:
Prof. N.K.Jha, Professor Mechanical Engg. Deptt. Manhattan College, Riverdale, NY 10471, USA. E-mail: [email protected] Phone: 718-862-7441,
http://www.engineering.manhattan.edu/mechanical/faculty/jha.html
Rakesh K. Singh, Ph.D., P.E, MBA
Manager, Application Engineering and New Product Development
Rypos, Inc. 40 Kenwood Circle, Franklin, MA 02038, USA
Phone: 978.436.6556, Fax: 978.436.5745 Email: [email protected]
Prof. J.N.Yadav, Prof and Head, Mechanical Engg. Department,
National Institute of Technology, Jamshedpur, INDIA
Phone: +91-657-2373155
Prof. Onkar Singh Formerly Vice-Cancellor of MMMUniversity of Tech. Gorakhpur
Prof. of Mechanical Engg. Department,
H.B.T.I, Kanpur, INDIA
Phone:+ 91- 9415114011 Email: [email protected]
Prof. B.N. Prasad Prof. of Mechanical Engg. Department,
National Institute of Technology, Jamshedpur, INDIA
Phone: +91-9431344731 Email: [email protected]
Prof. S.N. Gupta (Formerly Professor of Mech. Engg., Institute of Technology, BHU, Varanasi)
Presently Emeritus Prof. of Mechanical Engg. Department,
IIT-BHU, Varanasi INDIA
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Statement of Research Interests
Green Energy Conversion Systems: Towards new and improved energy conversion cycles
leading to optimum utilisation of fossil fuel resources
Research Background
The most effective energy conversion technology is, at present, the combined cycles using natural
gas as fuel because of their high efficiency, large output and low greenhouse gas emissions. The
combined cycle is the synergetic combination of gas turbine as topping cycle and steam turbine as
bottoming cycle. Nowadays, combined cycle is also being called “the power plant of twenty-first
century”. A high profile development of combined cycle (funded by various government agencies
worldwide) is currently in progress by major power plant manufacturing companies. At present,
combined cycle power plant employing simple (basic) gas turbine cycle and two or three pressure
level reheat steam cycle and having exhaust temperature varying from 850K to 915K yields
thermal efficiency ranging from 57 to 60% at ISO conditions. This technology leads to the
optimum utilisation of fuel burnt in the gas turbine. The current emphasis is on the development of gas turbine cycle for further enhancement in its
performance, by increasing turbine inlet temperature (TIT), compressor pressure ratio (rp,c), increased
component efficiencies, better materials, better cooling means (medium and techniques), and complex
configurations employing intercooling, reheating and recuperation. These developments require active
cooling of the hot turbine components in order to avoid a reduction of operating life due to unfavourable
combination of oxidation, creep and thermal stresses. However, the coolant flow can become so large
that the excess compressor power for compressing coolant can offset the power gains associated with
incremental increase of TIT. This necessitates the requirements of better cooling means and techniques
along with better materials.
The review of literature on combined and co-generation cycles shows that an extensive
research is needed in the direction of enhancement of performance of combined cycles. My PhD
work has focused on energy and exergy analysis of combined and cogeneration cycles using
different means of turbine blade cooling for various configurations.
The following blade cooling means had been considered: -
1. Open loop cooling
a. Internal convection and impingement air cooling
b. Internal and film air-cooling.
c. Transpiration air-cooling.
d. Internal convection steam cooling
e. Internal convection film steam cooling.
f. Internal convection transpiration steam cooling.
2. Closed loop cooling.
a. Steam cooling.
The thermodynamic analysis of selected configuration of combined and cogeneration
systems numbering fourteen, with a combination of some of the seven cooling means have been
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studied by modeling the various elements of combined cycle for real situations. The models
selected/ developed for the elements include for gas, compressor, intercooler, combustor, cooled
gas turbines, recuperator, heat recovery steam generator (HRSG), and its optimization, steam
turbine, condenser, deaerator, feed-pump, etc. The optimization of HRSG has been performed to
find the correct amount of steam generated for single or multi-pressure cases by satisfying the
pinch points, minimum allowable stack temperature and minimum allowable quality of steam
turbine exhaust, For steam properties a database has been prepared using standard steam tables.
The fuel used in the analysis is natural gas. Based on the modelings, the desired parameters of
various elements have been obtained/studied, by using mass, energy and exergy balances. Based
on these modelings, governing equations have been developed for predicting the performance of
combined and cogeneration cycles.
Current and future research interests
Moving forward the areas of research interest have expanded in the following direction:
Energy, exergy and emission analysis (3-E) of gas turbine based combined cycles.
Thermodynamic analysis of biomass and natural-gas based greener energy conversion.
Thermodynamic analysis of gas turbine based cycles for sustainable energy conversion
Thermoeconomic Analysis of complex gas turbine cycles
Thermodynamic analysis of SOFC-Gas Turbine hybrid power cycles
Thermodynamic analysis of natural-gas CLC based greener energy conversion cycles.
Funding for research in this area is planned to be sought from government and other agencies funding
preliminary research in green energy conversion cycles e.g. Department of Energy in the US, Tata
Institute of Fundamental Research in India, DST, AR&DB etc.
