Arun Kumar Tiwari

•  Google Scholar: https://scholar.google.co.in/citations?user=JycM1rEAAAAJ
• ScopusWebpage: https://www.scopus.com/authid/detail.uri?authorId=57211227384#top 
• Orcid : https://orcid.org/0000-0001-8403-8855

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Arun Kumar Tiwari is a  Professor, at the Department of Mechanical Engineering, I.E.T, Lucknow. He also serves as the Head of the Department, of Mechanical Engineering, IET, Lucknow. He also serves in other positions such as: Coordinator, UP Combined Entrance Test-2021, Coordinator, Uttar Pradesh Technical Admission Counselling 2022,  Officer In-charge, Training & Placement  I.E.T, Lucknow.  Dr. Tiwari has been recognized for two consecutive years as an Indian researcher of “Top 2% Scientists in the world” in the list of Stanford University, US, and Elsevier, 2021& 2022 in the Mechanical Engineering research category. Dr. Arun has completed his Ph.D. from IIT (BHU), Varanasi . He completed his M. Tech from IIT-Roorkee . He has graduated in Mechanical Engineering from B.I.E.T Jhansi. He had supervised 07 Ph.D. theses, and about 15, M. Tech theses in his areas of interest. Dr. Tiwari has published 125+ research articles with h-index:  37 (Google Scholar)/ i10-index: 67 (Google Scholar), Google Scholar Citations: 5300+, and 18 book chapters.  He is awarded as “AKTU Best Teachers Award 2020” by Vice-Chairman AICTE Prof. M.P. Poonia on the occasion of Teachers Day. Two of his papers “Numerical investigation of heat transfer and fluid flow in a plate heat exchanger using nanofluids” and “Performance comparison of the plate heat exchanger using different nanofluids” have been ranked 2nd and 5th on the science direct top 25 most downloaded papers of the journal. Moreover, another paper is consecutively ranked thrice,5th, 8th, and 17th on the science direct top 25 most downloaded papers of the journal.  His 20+ research papers have more than 100 citations (Google scholar data). He works in the field of Heat Transfer (Heat Transfer, Cooling, and Heating), Nanofluids and heat exchangers, Carbon Capture and Storage to Reach Net Zero, Green Hydrogen Production from  Renewable Sources, and ORC Technology for Waste Heat Utilization for the Generation of Electricity

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