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Mr. ANAND K JOSHI, Energy, Most Cited Article Award

PHD at Presidency University Bengaluru, India

ANAND K JOSHI is a dedicated Mechanical Engineer with a Ph.D. (submitted in 2024) from Presidency University, Bengaluru. With 12 years of teaching and research experience, he currently serves as a Doctoral Scholar and Teaching Assistant at Presidency University. An alumnus of University BDT College of Engineering, Davangere, and Rural Engineering College Hulkoti, Anand has also contributed to projects at ISRO-IIRS and held the position of Project Coordinator at Hunet Technologies. His research interests span Battery Thermal Management, Latent Heat Storage, Preheated Air Combustor for Aerospace, and Nano Composite Phase Change Material Synthesis.

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📚 Education:

Ph.D. Presidency University Bengaluru, India (Submitted -2024) M. Tech. University BDT College of Engineering, Davangere India (Completed- 2012) B. E. Rural Engineering College Hulkoti, India (Completed- 2009)


Total teaching and research experience (in years): 12 years Jan 2021- Till Now Doctoral Scholar and Teaching Assistant, Presidency University Bangalore 2019-2021 ISRO-IIRS Outreach Programme Institute Head & Assistant Professor of Mechanical Engineering, Sri Sairam College of Engineering, Anekal Bengaluru India 2018-2019 Project Coordinator-Hunet Technologies, Bengaluru India 2017-2018 Assistant Professor (Guest Faculty), BMS (Evening) College of Engineering, Bengaluru 2012-2017 Head of the Department & Assistant Professor of Mechanical Engineering(Sandwich), VACOE Ahmednagar, Maharashtra India 2011-2012 Project Assistant /Intern at CGPL, Department of Aerospace Engineering, IISc Bengaluru

Research Interest:

Battery Thermal Management System Latent Heat Storage Preheated Air Combustor for Aerospace and other Industries Synthesis and Characterization of Nano Composite Phase Change Material.

Research Focuse:

Anand K Joshi focuses his research on innovative solutions in the realm of thermal management for batteries and materials science. His work, exemplified in publications like SAE Technical Paper 2023-01-0990 and articles in journals such as the Journal of Modern Physics C and the Journal of Mines, Metals and Fuels, showcases his expertise in numerical analysis, computational modeling, and the incorporation of advanced materials like copper, carbon nanotubes, and aluminum oxide nanoparticles for enhanced thermal management in batteries and electronic devices. Anand’s contributions extend to improving 3D printing methods and implementing POKA-YOKE techniques for achieving zero defects.

Publications (TOP NOTES):
Methods To Improve 3D Prints By Reducing Artifacts Caused By Vibration And Noise.
POKA-YOKE: Mistake Proofing To Achieve Zero Defects.
ANAND K JOSHI | Energy | Most Cited Article Award

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