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Krishna Shah, Ph.D., is an Assistant Professor in the Department of Mechanical Engineering at the University of Alabama. His research is focused on sustainable energy systems, including comprehensive research in electrochemical energy storage systems (Li-ion and Beyond Li-ion Batteries) and thermal-fluid transport in energy systems.
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Krishna Shah, Ph.D., is an Assistant Professor in the...
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Krishna Shah, PhD Assistant Professor | University of...
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Krishna Shah, Ph.D., is an Assistant Professor in the Department of Mechanical Engineering and leads the research at Sustainable Energy Systems Lab. He has authored/co-authored more than 20 articles published in peer reviewed journals.
Articles 1–20. Assistant Professor, University of Alabama - Cited by 1,031 - Thermal Science - Heat Transfer - Li-ion and Beyond Li-ion Batteries - Thermal Modeling - Heat...
- Ph.D. Mechanical Engineering
- Bachelor of Engineering Mechatronics
- Model development to study fundament issues in batteries
- Battery testing and modeling for applied problems
- Analytical and numerical thermal mod e ling of Li-ion cells
- Experimental and numerical study on Li-ion cell thermal management
- Material level thermal characterization of Li-ion cell using in-situ techniques
- TECHNICAL SKILLS
- I-Engage Fellowship 2015
- Rajeshwar and Krishnan Endowed Fellowship in Energy and Sustainability 2016
- Dissertation Fellowship 2017
- Texas Materials Institute Annual Newsletter 2021
Microscale Thermophysics Laboratory, Department of Mechanical & Aerospace Engineering University of Texas at Arlington, United States Supervising Professor: Prof. Ankur Jain Dissertation: “Modeling and measurements of thermal transport in Li-ion based energy conversion and storage devices”
Department of Mechatronics Engineering Sardar Patel University, India
Developed two-dimensional models to study lithium metal anodes for next generation batteries. This includes developing moving boundary models to study morphological evolution in lithium metal anode. Developed robust simulation tool to simulate the moving boundary models to predict morphology. Helped develop electrochemical, thermal, and capacity fa...
Conducted advanced battery testing experiments to study battery degradation under testing conditions relevant for consumer electronics. Helped develop predictive models to study capacity fade under experimentally relevant conditions. Developed coupled simulation framework for simultaneous simulation of battery and flight dynamics for electric air...
Developed analytical and numerical models to compute temperature field inside a Li- ion cell This work included steady state and transient thermal modeling as well as thermal modeling for battery cycling. This work was done at UT Arlington and resulted in 3 articles published in high impact journals.
Different cooling conditions experimentally evaluated for Li- ion cell thermal management. An innovative approach of internal cooling of a Li- ion cell was experimentally investigated at UT Arlington. The experimental and modeling work on battery thermal management at UT Arlington led to the publication of 3 journal articles. Numerical study on m...
Assisted in conducting in-situ thermal property measurement on Li-ion pouch cell at Lawrence Berkeley National Lab. This work included fabrication of Li-ion pouch cell, sputter deposition of thermal sensor, building experimental setup for measurement, and preparing LabVIEW code for data acquisition. This research work is being continued by rese...
Modeling of heat transfer, battery dynamics, and coupled multi-physics problems for applications including modeling of Li-ion battery, lithium metal battery, alloy anode-based next generation batteries, thermal modeling of Li-ion and lithium sulfur batteries, conjugate heat transfer problems, etc. Battery electrode synthesis and fabrication, and co...
Awarded to Ph.D. students for mentoring and designing research course curriculum for undergraduate student researchers, University of Texas at Arlington
A highly competitive fellowship awarded annually for excellence in research, University of Texas at Arlington
A highly competitive fellowship awarded to exceptional Ph.D. candidates in School of Engineering, University of Texas at Arlington
Featured in the Student and Postdoc Spotlight in the Texas Materials Institute Annual Newsletter, University of Texas at Austin
Assistant Professor at The University of Alabama · Mechanical engineer with 6 years of research experience in thermal/fluid area and electrochemical energy storage. <br><br>Graduated with Ph.D ...
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- The University of Alabama
- Greater Tuscaloosa Area
Aug 17, 2022 · Assistant professor Dr. Krishna Shah earned his Ph.D. from the University of Texas at Arlington and previously worked as a visiting researcher at the Lawrence Berkeley National Lab. His research is focused on sustainable energy systems, including comprehensive research in electrochemical energy storage systems (Li-ion and Beyond Li-ion ...
Krishna SHAH, Professor (Assistant) | Cited by 703 | of University of Alabama, Alabama (UA) | Read 38 publications | Contact Krishna SHAH
