Vidwan-ID : 55400

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Academic Identity

Orcid Id 0000-0002-3074-5340
Scopus Id 6505749071
Google Scholar Id mx2BDM4AAAAJ

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Score criteria

Criteria	Point
Personal Details	1
Expertise Details	1
Experience Details	1
Qualification Details	1
Employee ID	0.2
Orcid ID	0.2
Researcher ID	0.2
Scopus ID	0.2
Google Scholar ID	0.2
Honours <=3< /td>	0.3
Honours >3	0.5
Project worth less than Rs.5,00,000/-	0.2
Project worth more than Rs.5,00,000/-	0.5
Membership in professional Bodies < 5	0.5
Membership in professional bodies >=5	1
No of publications <=15	1
No of publications between 15-45	2
No of publications >45	3

Vidwan Score 8.1

47 Articles

1 Books

Dr Dipankar Bhanja

Assistant Professor

National Institute of Technology, Silchar

Publications

47

Journal Articles
1

Book
19

Conference
Proceedings
1
16

Citations / H-Index

837 Citations

16 h-index

368 Citations

Google Scholar

Co-author Network

Expertise

Mechanical Engineering

Thermal Engineering, Heat Transfer, Solar Energy, Optimization

Personal Information

Dr Dipankar Bhanja

Male

National Institute Of Technology Silchar

Cachar, Assam, India - 788010

Experience in Months

Academic: 10 Administrative: 0 Industry: 0

Experience

2013 - Present

Assistant Professor

Department of Mechanical Engineering

National Institute of Technology, Silchar, Cachar

Qualification

2014

Ph.D

Jadavpur Universtiy

Doctoral Theses Guided

2021

Modelling of Atomization by Disintegration of Liquid Sheet of Inviscid, Viscous and Viscoelastic Fluid

National Institute of Technology, Silchar,Debayan Dasgupta

2021

Evaluation of Thermal Performance and Geometric Optimization of T-shaped and Fork-shaped Fins Subjected to Simultaneous Heat and Mass Transfer

National Institute of Technology, Silchar,Saheera Azmi Hazarika

2020

Determination of Optimum Design Parameters for the Thermal Performance of Porous Fins of Various Shapes Using Swarm Intelligence

National Institute of Technology, Silchar,Tuhin Deshamukhya

2021

Modelling of Atomization by Disintegration of Liquid Sheet of Inviscid, Viscous and Viscoelastic Fluid

National Institute of Technology, Silchar,Debayan Dasgupta

2021

Evaluation of Thermal Performance and Geometric Optimization of T-shaped and Fork-shaped Fins Subjected to Simultaneous Heat and Mass Transfer

National Institute of Technology, Silchar,Saheera Azmi Hazarika

2020

Determination of Optimum Design Parameters for the Thermal Performance of Porous Fins of Various Shapes Using Swarm Intelligence

National Institute of Technology, Silchar,Tuhin Deshamukhya

2019

Computational Investigation for System Performance Enhancement of Heat Sink with Perforated Pin Fins

NIT Silchar,Ambarish Majhi

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Membership In Professional Bodies

2015

Institute of Engineers

M-151648-5

2015

Institute of Engineers

M-151648-5

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Vidwan-ID : 55400

Academic Identity

Profile Links

Score criteria

Vidwan Score 8.1

Dr Dipankar Bhanja

Publications

Journal Articles

Book

Conference
Proceedings

Citations / H-Index

Google Scholar

Co-author Network

Expertise

Mechanical Engineering

Thermal Engineering, Heat Transfer, Solar Energy, Optimization

Personal Information

Dr Dipankar Bhanja

Experience in Months

Experience

Assistant Professor

Qualification

Ph.D

Doctoral Theses Guided

Modelling of Atomization by Disintegration of Liquid Sheet of Inviscid, Viscous and Viscoelastic Fluid

Evaluation of Thermal Performance and Geometric Optimization of T-shaped and Fork-shaped Fins Subjected to Simultaneous Heat and Mass Transfer

Determination of Optimum Design Parameters for the Thermal Performance of Porous Fins of Various Shapes Using Swarm Intelligence

Modelling of Atomization by Disintegration of Liquid Sheet of Inviscid, Viscous and Viscoelastic Fluid

Evaluation of Thermal Performance and Geometric Optimization of T-shaped and Fork-shaped Fins Subjected to Simultaneous Heat and Mass Transfer

Determination of Optimum Design Parameters for the Thermal Performance of Porous Fins of Various Shapes Using Swarm Intelligence

Computational Investigation for System Performance Enhancement of Heat Sink with Perforated Pin Fins

Membership In Professional Bodies

Institute of Engineers

Institute of Engineers

Publications (67)

Contact Us

Vidwan-ID : 55400

Academic Identity

Profile Links

Score criteria

Vidwan Score 8.1

Dr Dipankar Bhanja

Publications

Journal Articles

Book

Conference Proceedings

Citations / H-Index

Google Scholar

Co-author Network

Publications - 67 Co-author - 147

Expertise

Mechanical Engineering

Thermal Engineering, Heat Transfer, Solar Energy, Optimization

Personal Information

Dr Dipankar Bhanja

Experience in Months

Experience

Assistant Professor

Qualification

Ph.D

Doctoral Theses Guided

Modelling of Atomization by Disintegration of Liquid Sheet of Inviscid, Viscous and Viscoelastic Fluid

Evaluation of Thermal Performance and Geometric Optimization of T-shaped and Fork-shaped Fins Subjected to Simultaneous Heat and Mass Transfer

Determination of Optimum Design Parameters for the Thermal Performance of Porous Fins of Various Shapes Using Swarm Intelligence

Modelling of Atomization by Disintegration of Liquid Sheet of Inviscid, Viscous and Viscoelastic Fluid

Evaluation of Thermal Performance and Geometric Optimization of T-shaped and Fork-shaped Fins Subjected to Simultaneous Heat and Mass Transfer

Determination of Optimum Design Parameters for the Thermal Performance of Porous Fins of Various Shapes Using Swarm Intelligence

Computational Investigation for System Performance Enhancement of Heat Sink with Perforated Pin Fins

Membership In Professional Bodies

Institute of Engineers

Institute of Engineers

Publications (67)

Contact Us

Conference
Proceedings