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Amit Shrivastava

Assistant Professor in Mechanical Engineering · Vikrant University Gwalior

https://researchid.co/amit_cherry
@vikrantuniversity.ac.in
45Google Scholar Citations
3Google Scholar h-index
2Google Scholar i10-index

Research Interests

Solar Thermal Engineering Heat Transfer Thermodynamics

Biography

Mr. Amit Shrivastava is a Mechanical Engineering academician and researcher with over 17 years of experience in teaching, research, academic administration, and industry. He has submitted his Ph.D. in Solar Thermal Energy Systems under the AICTE-QIP Scheme from Madhav Institute of Technology & Science and holds an M.Tech. in Thermal System & Design. His research interests include solar thermal systems, renewable energy, energy-exergy analysis, and sustainable engineering. He has published 11 SCIE/Scopus-indexed research papers, authored a book chapter, and has several manuscripts under review. Mr. Shrivastava is also the inventor of two published Indian patents related to solar energy technologies and has received research grants from Madhya Pradesh Council of Science and Technology (MPCST). He currently serves as an Assistant Professor of Mechanical Engineering at Vikrant University and is committed to advancing sustainable energy solutions through research, innovation, and academic

Education

Phd (Thesis Submitted) M.Tech (Thermal System & Design) B. Tech (Mechanical engineering)

Recent Google Scholar Publications

  1. An Integrated system for assessing performance of a hybrid solar water based room heating system in real time
    IN Patent App. 202,521,004,730 , 2026, 2026.0
  2. Experimental study of parabolic dish collector based solar cooker with different thermal energy storage system.
    Journal of Thermal Engineering 12 (1), 291 , 2026, 2026.0
  3. Energy exergy and environmental analyses of mango leather drying in greenhouse solar dryer with evacuated tube collector and finned tray
    International Journal of Exergy 49 (2), 96-111 , 2026, 2026.0
  4. Mango leather (Aam Papad) drying in hybrid greenhouse solar dryer with evacuated tube collector and finned drying tray: drying behavior and economic analysis
    Energy Sources, Part A: Recovery, Utilization, and Environmental Effects 47 … , 2025, 2025.0 | Citations: 22.0
  5. Energy and exergy analyses of a novel hybrid active winter heating system
    International Journal of Exergy 47 (2), 118-135 , 2025, 2025.0 | Citations: 1.0

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