DD
Dr. SANDIPAN DEB
National Institute of Technology Agartala, Indian Institute of Technology Ropar, Swami Vivekananda Institute of Science and Technology, National Forensic Sciences University Tripura Campus
0000-0003-4899-1360
About
PhD-qualified Mechanical Engineer with strong expertise in flow boiling heat transfer, condensation, and refrigeration systems. Demonstrated research excellence with extensive SCIE publications, experimental skills, and international peer-review experience. Actively engaged in teaching, research supervision support, and interdisciplinary collaboration.
Employment
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National Institute of Technology Agartala Project Associate2025 - Present
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Indian Institute of Technology Ropar Research Associate2024 - 2024
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National Forensic Sciences University Tripura Campus Guest Faculty2022 - 2024
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National Institute of Technology Agartala TECHNICAL ASSISTANT2015 - 2017
Education
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National Institute of Technology Agartala PhD (Thesis Submitted)2017 - 2023
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National Institute of Technology Agartala Thermal Sc. and Engg. (M.Tech)2013 - 2015
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Swami Vivekananda Institute of Science and Technology B.Tech2010 - 2013
Projects & Funding
Projects & funding information is unavailable.
Publications (20)
- Exploring Diabatic Flow Patterns Maps and Factors Affecting Flow Boiling Heat Transfer Coefficients of R134a and R513A Refrigerants Through Microfin Tube Save
- Experimental study of flow boiling heat transfer, frictional pressure drop, and exergy destruction of R513A in microfin tubes Save
- Experimental investigation and physics-informed neural network based modelling of heat transfer coefficient and pressure drop in R513A flow boiling through micro-fin tube Save
- Comparative analysis of entropy generation in smooth and micro-fin tubes using R513A refrigerant: A parametric study Save
- Experimental investigation of heat transfer coefficient and frictional pressure drop in flow boiling of R513A: Comparative analysis of micro-fin and smooth tubes Save
- Exploring novel approaches on impact of micro-fin tubes on flow boiling heat transfer using R134a refrigerant: A parametric case study Save
- Micro-fin tubes for improved flow boiling heat transfer in refrigeration systems: a performance comparison with R134a and R407c refrigerants Save
- Prediction of Chiller Thermal Characteristics in Radiant Cooling Systems Save
- Influence of Microfin Tube on Heat Transfer during Flow Boiling of R134a Refrigerant Save
- Parametric Evaluation of the Flow Boiling Heat Transfer Properties of R22 and R407c inside Horizontal Microfin Tube Save