Dr. Subhajit Patra
Assistant Professor
Google Scholar: https://scholar.google.co.in/citations?user=VsL7FMUAAAAJ&hl=en
Scopus: https://www.scopus.com/authid/detail.uri?authorId=55938438700
ORCID: https://orcid.org/0000-0002-8946-0091
Vidwan: https://vidwan.inflibnet.ac.in/profile/421557
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U.G |
Biochemical Engineering |
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Chemical Process Calculations |
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Computational Fluid Dynamics |
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Mass Transfer I |
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Mass Transfer II |
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Multiphase Flow |
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Process Modeling and Simulation |
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P.G |
Bioprocessing and Biochemical Engineering |
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Modeling and Simulation of Chemical Engineering Systems |
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Multiphase Flow Modelling |
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Organization |
Start Date |
End Date |
Designation |
Nature of Work |
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Maulana Azad National Institute of Technology, Bhopal. |
18/01/2019 | Till date | Assistant Professor-Grade II | Teaching/Research |
| BIT Sindri | 04/01/2018 | 15/01/2019 | Assistant Professor on Contract | Teaching |
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Name of the Student |
Topic |
Year of Award |
Co-Supervisor (if any) |
| Kapil Mewara | Investigation of microbubble- enhanced mass transfer in multiphase flow system | Ongoing | Dr. Rajeev Parmar/Dr. Subhajit Patra |
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Title |
Sponsoring Agency |
Duration |
Amount |
Co-PI (if any) |
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Title |
Sponsoring Agency |
Duration |
Amount |
Co-Investigator (if any) |
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Authors |
Title |
Journal |
VOL. NO., PAGE NO |
YEAR |
SCI/ Scopus |
IMPACT FACTOR |
| S Chakraborty, J Mishra, A Roy, S Manna, T Baral, P Nandi, S Patra, S K Patra | Liquid-liquid phase separation in subcellular assemblages and signaling pathways: Chromatin modifications induced gene regulation for cellular physiology and functions including carcinogenesis | Biochimie | Vol 223, Page no. 74-97 | 2024 | SCIE | 4.079 |
| S Gomathi, S Deepika, T Saravanakumar, S Patra, J Dhar, S Karmakar | Effect of Nonlinear Reaction on Miscible Gravitational Instability through Dispersive Porous Medium | Journal of Energy Engineering | Vol 150 (2) , Page no. 04024005 | 2024 | Scopus | 1.8 |
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S Patra, S Tamhankar, & R Parmar |
Mathematical modeling of bubble size distribution in bubble column |
Materials Today: Proceedings |
Vol 72, Page no. 2637-2642 |
2023 |
Scopus |
- |
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PK Sasmal, S Patra |
Effect in Growth of Corn Plant from Cellulose-Based Hydrogel Derived from Wheat Straw |
Journal of The Institution of Engineers (India): Series E, |
Vol 103(1), Page no. 41-46 |
2022 |
Scopus |
0.285 |
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A Banerjee, S Patra, S Ganguly |
Mechanical behaviour of a hydrogel film with embedded voids under the tensile load |
Journal of Sol-Gel Science and Technology |
Vol 87(3), Page no. 665-675 |
2018 |
SCI |
2.606 |
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A Banerjee, S Patra, S Ganguly |
Alginate‐gelatin blend with embedded voids for controlled release applications |
Journal of Applied Polymer Science |
Vol 134(18), Page no. 44787 (1-9) |
2017 |
SCIE |
3.057 |
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S Patra, DK Bal, S Ganguly |
Diffusion in and around alginate and chitosan films with embedded sub-millimeter voids |
Materials Science and Engineering: C |
Vol 59, Page no. 61-69 |
2016 |
Scopus |
8.457 |
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DK Bal, S Patra, S Ganguly |
Effectiveness of foam-gel formulation in homogenizing the CO2 front during subsurface sequestration |
Journal of Natural Gas Science and Engineering |
Vol 27, Page no. 994-1004 |
2015 |
Scopus |
5.285 |
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S Patra, S Ganguly |
Bubble pinch-off in a cross-flowing biopolymer stream |
Microfluidics and Nanofluidics |
Vol 19(4), Page no. 767-776 |
2015 |
SCIE |
3.09 |
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A Jagadeesh, GG Chaudhari, DK Bal, S Patra, S Ganguly |
Enhancement of solute release from chitosan scaffold with embedded submillimeter voids |
International Journal of Polymeric Materials and Polymeric Biomaterials |
Vol 64(3), Page no. 134-139 |
2015 |
SCIE |
3.221 |
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S Patra, DK Bal, S Ganguly |
Bubble formation in complex fluids using an orifice in throat arrangement |
Experimental Thermal and Fluid Science |
Vol 64, Page no. 62-69 |
2015 |
SCIE |
3.37 |
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S Patra, DK Bal, S Ganguly |
Diffusion of moisture from hydrogel scaffold with induced porosity from self-assembled bubbles |
Drying technology |
Vol 33 (3), Page no. 336-345 |
2015 |
SCIE |
3.554 |
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DK Bal, S Patra, S Ganguly |
Use of orifice-in-throat device to make alginate scaffolds with embedded voids of sub-millimeter tunable dimensions |
Microsystem technologies |
Vol 20(7), Page no. 1359-1364
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2014 |
SCI |
2.1 |
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DK Bal, S Patra, S Ganguly |
Drying characteristics and evolution of the pore space in alginate scaffold with embedded sub-millimeter voids |
Journal of sol-gel science and technology |
Vol 68(2), Page no. 254-260 |
2013 |
SCI |
2.606 |
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S. Patra, P. Saha |
Modeling and Control of a Complex Interacting Process |
Advanced Materials Research |
Vol 403, Page no. 3758-3762 |
2012 |
Scopus |
- |
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Title |
Year |
Agency |
Co-Investigator(if any) |
Published/Granted |
| A co-flow device to make a gel matrix with embedded voids of sub-millimeter tunable dimensions | 2013 | Indian Patent | Somenath Ganguly, Dharmendra Kumar Bal | Published |
| Hydrogel scaffold comprising alginate-chitosan layered composite, blended gel matrix with embedded voids and tunable dimensions | 2021 | Indian Patent | Somenath Ganguly, Arindam Banerjee | Granted |
