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Dr Sagnik Pal

vidwan id: 241469
Male

Assistant Professor (Grade-II), Department of Mechanical Engineering
National Institute of Technology Agartala

Expertise

  • Mechanical Engineering

Publications

Total Articles 32
Books 0
Proceedings 0

Publications

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Scopus

Citations 227
h-index 8

CrossRef

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Citations 91
h-index 4
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Bio

Heat Transfer

Personal Details

  • Male
  • Assistant Professor (Grade-II) , National Institute of Technology Agartala
  • National Institute of Technology, Agartala P.O.: NIT Agartala Barjala, Jirania, TRIPURA (W)
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Assistant Professor (Grade-II) Aug 2022 – Present
National Institute of Technology Agartala | Department of Mechanical Engineering

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Scholarly Work

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Scholarly Publications

Numerical and Optimization-Based Study on Split Hemispherical Shaped Fins for Augmenting Heat Transfer Rate

Open Access
article
Authors: Ranjan A.;Das R.;Gajghate S.S.;Barik D.;Majumder H.;Cardoso E.M.;Majumder A.;Pal S.;Deb M.

Flow boiling heat transfer characteristics over horizontal smooth and microfin tubes: An empirical investigation utilizing R407c

Open Access
Article
Authors: Deb S.;Mahesh K.P.;Das M.;Chandra Das D.;Pal S.;Das R.;Das A.K.

Effect of Ribs Configurations on Heat Transfer Enhancement for W-Shaped Ribs in a Square Duct

Open Access
Article
Authors: Gajghate S.S.;Deshpande O.P.;Desai A.U.;Deshmukh A.D.;Kharade S.U.;Pal S.;Cardoso E.M.;Saha B.B.;Bhaumik S.

Performance Analysis of Split Circular and Drop-Form Fin Geometry for Enhanced Heat Transfer Rate

Open Access
Conference Paper

Influence of horizontal enhanced tube on flow boiling heat transfer characteristics of environmentally friendly refrigerant R-407c

Open Access
Conference Paper

Performance Anatysis of Split Circular and Drop-form Fin Geometry for Enhanced heat Transfer Rate

Open Access
conference paper
Authors: madhujit deb alok Ranjan, sagnik pal

Use of cuckoo search algorithm for performance evaluation of split elliptic shaped fins for enhanced rate of heat transfer

Open Access
Article

Quantification of thermal energy generation in annular hyperbolic porous-finned heat sinks using inverse optimization

Open Access
Article