Mr. NARENDRA PATEL

Faculty Details


  • Designation : Professor
  • Qualification : M. Tech, Ph D
  • Experience : 30 Years
  • Area Of Interest : Optimisation, Modelling and Simulation, Process Synthesis

Publications

Research Publications/Presentation by Dr. N M Patel

Scopus Profile:

https://www.scopus.com/authid/detail.uri?authorId=56301737000

Google Scholar Profile:

https://scholar.google.co.in/citations?user=Pm66BkwAAAAJ&hl=en&oi=sra

 

Details of Papers Published

 

Research Publications (International Journal :Published)

<!--[if !supportLists]-->1.      <!--[endif]-->Patel, N., Padhiyar, N., 2015. Modified genetic algorithm using Box Complex method: Application to optimal control problems. Journal of Process Control 26, 35-50.

 

<!--[if !supportLists]-->2.      <!--[endif]-->Patel, N., & Padhiyar, N. (2017). Multi-objective dynamic optimization study of fed-batch bio-reactor. Chemical Engineering Research and Design119, 160-170.

 

<!--[if !supportLists]-->3.   <!--[endif]-->Rupande Desai, Narendra Patel, Dr. S A Puranik., 2018. Multi- Objective Optimization using Binary-Real Multi Population Hybridization: Parallel Universe Alien Genetic Algorithm (PUALGA)International Journal for Research in Engineering Application & Management (IJREAM), 04(6): 397 - 405, 2018.

 

<!--[if !supportLists]-->4.   <!--[endif]-->Rupande Desai, Narendra Patel, Dr. S A Puranik., 2018. Boundary Inspection Approach for Constrained Multi-Objective Optimization. International Journal for Research in Engineering Application & Management (IJREAM), 04(7): 224 - 231, 2018.

Research Publications (International Conference: Published in Proceedings)

1. Patel, N., Padhiyar, N., 2010. Alien Genetic Algorithm for exploration of search space, Proceedings of International Conference on Modelling Optimisation and Computing, AIP Conf. Proc., volume 1298, pp. 325-330. (ICMOC 2010, National Institute of Technology Durgapur, India. October 28-30, 2010.)

2. Patel, N., Padhiyar, N., 2015. Box-Complex Assisted Genetic Algorithm for Optimal Control of Batch Reactor, Proceedings of the 9th International Symposium on Advanced Control of Chemical Processes, 331-336. (ADCHEM 2015, Whistler, British Columbia, Canada, June 7-10, 2015.)

3.  Patel, N., Padhiyar, N., 2015. Fast Mesh Sorting in Multi-Objective Optimization, Proceedings of the 9th International Symposium on Advanced Control of Chemical Processes, 937-942. (ADCHEM 2015, Whistler, British Columbia, Canada, June 7-10, 2015.)

4.  Patel, N., Padhiyar, N., 2016. Multi-Objective Optimal Control Study of Fed-Batch Bio-Reactor, Proceedings of the 11th IFAC Symposium on Dynamics and Control of Process Systems, including Biosystems, 91-96. (DYCOPSCAD 2016, Trondheim, Norway, June 6-8, 2016.)

5.  Zade, A., Patel, N., & Padhiyar, N. (2017). Effective constrained handling by hybridized cuckoo search algorithm with box complex method. IFAC-PapersOnLine, 50(2), 209-214.

 

Papers Selected/Presented at International Conferences 

 

Sr. No.

Name of Topic

(Title)

Name of seminars / conference

Level & Place

1

Water as Refrigerant

Chemcon-2005

Delhi, India

2

Energy from Rubber Waste

Chemcon-2005

Delhi, India

3

Extruder  Design Optimization using Genetic Algorithm

Rubber Expo-2005

Bombay

4

Short Fiber Rubber Composites

Chemcon-2006

Bharuch, India

5

Genetic Algorithm for Humidity Controller System Design and Simulation

Chemcon-2006

Bharuch, India

6

Alien Genetic Algorithm for Exploration of Search Space

ICMOC 2011

Durgapur, India

7

Box-Complex Assisted Genetic Algorithm for Optimal Control of Batch Reactor

ADCHEM 2015

Whistler, British Columbia, Canada

8

Fast Mesh Sorting in Multi-Objective Optimization

ADCHEM 2015

Whistler, British Columbia, Canada

9

Multi-objective optimization for productivity and yield maximization in fed-batch reactor

CHEMCON 2015

Guwahati, India

10

Multi-objective dynamic optimization for productivity of batch reactors

CHEMCON 2015

Guwahati, India

11

Multi-Objective Optimal Control Study of

Fed-Batch Bio-Reactor

DYCOPS 2016

Trondheim, Norway

12

Box-Complex Assisted Constraint Handling for Evolutionary Multi-objective Optimization

ECTA 2016

Porto

Portugal

13

Comparative Study of Interpolating

Functions in CVP: Application to Ethanol Production in a Fed-Batch Reactor

ECTA 2016

Porto

Portugal

14

Effective Constraint Handling by

Hybridized Cuckoo Search Algorithm with Box-Complex Method

ECTA 2016

Porto

Portugal

 


Membership

The Institution of Engineers (India)-Member

Training

Total training attended 6

Total training organised 2

Work experience

Teaching 25 Years

Industry 2 Yrs

Educational Qualification

M Tech, Ph D

Skill and Knowledge

Optimization Simulation & Modelling

Patent

Details of Indian Patents Filed

Complete Patent Published : 02

Title:

Split air cooler using evaporative cooling of water

Application No:

201821000044

Date of Application:

01-01-2018

Date of Publish:

08-03-2019

Applicants:

Prof. Narendra M Patel

Prof. Beena K Sheth

Prof. Rupal R Patel

Abstract:  Cooling through evaporation is a natural occurrence. Evaporative cooling lowers the temperature of air using the principle of evaporative cooling, converting sensible heat into latent heat. Cost of energy  is  increasing  day  by  day.  It is  the  need  of  the  time  to  develop  the  technology which reduces the energy consumption. Any industry or house or building that is using any type of air conditioning system is associated with the generation of heat or waste affecting the environment. Their  impacts  on  the  ecological  bodies,  living  and  non-living  environment  are  noticeable  and alarming  issue  to  the  environmentalist.  In  this patent,  work  is  done  on  the  system  operating  on the  principle  of  evaporative  cooling  of  water  for  indirect  air  cooling.  Based  on  this  concept, a split air  cooler  is developed,  which  functions  like  an  air  conditioning  system,  at  the  cost  of  air cooler. Other air cooling systems conventionally used are domestic air coolers, mist fans etc., all they provide humid cooled air which create health issues. On the contrary air conditions give dry and cold air but operating cost is high due to high refrigerant, compression and maintenance cost. Valuable  benefits  of  the split  air  cooler  system  are  less  operating  cost  because  of  low  cost  of water, economic design and ease of operation, cooling without addition of humidity. The system can provide the  cooling  effect reducing the temperature of the surrounding air from 40°Cto 27°C in dry climate. The system efficiency will become lower as humidity increases, and becomes ineffective for saturated air in monsoon.

 

Title:

Synthesis of Pd deposited Micro Mesophorous Iron Oxide(MMIO) for Aniline Production

Application No:

201821000119

Date of Application:

02-01-2018

Date of Publish:

29-03-2019

Applicants:

Prof. Narendra M Patel

Prof. Kamlesh R. Gurjar

Kaumik J. Gandhi

Abstract: Aniline  is  widely  used  as  an  intermediate  in  Dye,  Pharmaceutical  and  many  other Industries.  So  we decided  to  do  a  project  on  the  Production  of  Aniline.  For  that  we  studied various Aniline  Synthesis methods  in  detail  such  as  Hydrogenation  of  Nitrobenzene  using catalyst  (such  as  Fe+HCL,  Sn+HCL,  Pt-Pd  etc.).  By  the  detail  study  of  these  processes  we face a problem of disposal of  iron sludge with the use of Fe+HCL as catalyst, and  if we use Pt-Pd as catalyst for the production of Aniline we face a problem of production cost because Pt is highly expensive metal, and if we use Sn+HCL as catalyst we face hygiene problem. We  developed new  catalyst  which  is  the  derivative  of  Fe  because  Fe  is  available  at law cost compare to Pt. So we made a catalyst MMIO which is the alternative of iron oxide, and for increasing its activity Pd nanoparticles are deposited on MMIO catalyst. So finally we produced Pd deposited MMIO for Aniline Production.

 

 

 

Provisional Patents Filed: 02

Title:

Flexible Canvas Water Storage Pot

Application No:

TEMP/E-1/41929/2018-MUM

Date of Application:

201821038587

Date of Publish:

11-10-2018

Applicants:

Prof. Beena K Sheth

Prof. Narendra M Patel

Dhaval Chauhan

 

Title:

Hydro Jet Ejector for Cooling Using Water Alcohol Emulsion

Application No:

TEMP/E-1/10019/2019-MUM

Date of Application:

201921009504

Date of Publish:

12-03-2019

Applicants:

Prof.  Dharmendra D Mandaliya

Prof. Narendra M Patel

Gagiya Vishal

 

Research Project

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Award

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Course Taught

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Academic Projects

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