Semnan University | Brazil
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Early Academic Pursuits
Dr. Sara Barati began her academic journey in Chemical Engineering at the University of Arak, Iran, where she obtained her Bachelor’s and Master’s degrees. Her early research was rooted in environmental applications, particularly focusing on the modeling of CO₂ capture in porous media using MATLAB. This strong foundation in computational modeling provided her with essential skills in transport phenomena and process simulation. She further pursued her PhD in Chemical Engineering at the University of Semnan, Iran, where her doctoral research centered on nanocomposites synthesis and the development of advanced proton exchange membranes for fuel cells, coupled with COMSOL Multiphysics simulations.
Professional Endeavors
Dr. Barati’s professional career reflects a seamless integration of computational modeling, experimental fabrication, and interdisciplinary research. She has worked as a Research Assistant at multiple prestigious universities, including Amir Kabir University, Tehran University, and currently at USP University in Brazil. Her roles involved battery modeling, experimental cell assembly, and the design of innovative energy systems. She has also contributed as a course lecturer, offering advanced training in COMSOL Multiphysics, covering domains from electrochemical systems and membrane separation to biomedical simulations and renewable energy applications.
Contributions and Research Focus
Her research contributions span a wide range of energy and material systems, with a primary focus on next-generation batteries (Li-ion, Na-ion, Li-S), fuel cells, nanocomposites, and multiphysics simulations. She has authored impactful articles on battery modeling, sensitivity analysis using Python and machine learning approaches, and optimization of electrochemical performance. Beyond batteries, her projects have addressed fluid flow, heat and mass transfer, CO₂ absorption, membrane design, and microchannel transport phenomena. This broad scope underscores her interdisciplinary expertise and ability to connect materials, chemical processes, and energy systems.
Impact and Influence
Through her work, Dr. Barati has advanced understanding in both the theoretical modeling and practical development of sustainable energy technologies. Her innovative modeling strategies, particularly using COMSOL, Python, and PyBaMM, have provided valuable insights into the commercialization challenges of Li-S batteries and the performance optimization of Na-ion and Li-ion systems. Additionally, her training programs have empowered students and researchers globally to apply multiphysics modeling tools across diverse engineering problems, amplifying her influence as both a researcher and mentor.
Academic Citations
Dr. Barati has published over 10 peer-reviewed articles in reputed international journals, contributing significantly to the scientific discourse in electrochemistry, nanomaterials, and computational modeling. Her publications, indexed on Google Scholar, have been cited by researchers worldwide, reflecting the growing impact of her research in advancing cleaner energy technologies and computational methods in chemical engineering.
Legacy and Future Contributions
Looking ahead, Dr. Barati is poised to make further strides in the development of sustainable energy solutions. Her expertise in coupling data-driven methods with computational modeling positions her at the forefront of future innovations in battery technology and renewable energy systems. With her strong academic and professional background, she is likely to continue bridging gaps between experimental research, advanced simulations, and industrial applications, thereby contributing to the global shift toward sustainable energy.
Conclusion
Dr. Sara Barati exemplifies the qualities of an accomplished woman researcher, with a career marked by dedication to scientific excellence, interdisciplinary innovation, and knowledge dissemination. Her journey-from early academic pursuits in Iran to international research collaborations—demonstrates her resilience, adaptability, and commitment to solving global energy challenges. With her growing research footprint and mentorship, she stands as a strong candidate for recognition through the Women Researcher Award.
Notable Publications
“Separating carbon dioxide from natural gas by a hollow fiber membrane contactor with various absorbents: Numerical investigation of membrane wettability"
- Author: H Rahnema, A Etminan, S Barati, K Pope
- Journal: Separation and Purification Technology
- Year: 2025
"Numerical Investigation of Heat Transfer and Turbulent Fluid Flow for Transverse Vortex Generators with Nanoparticles"
- Author: S Barati, A Etminan, K Pope
- Journal: Heat Transfer Research
- Year: 2024
"Air Pollution Control: A Review of the most Important Methods"
- Author: S Barati, M Soleymani
- Journal: Iranian Journal of Chemistry and Chemical Engineering
- Year: 2023
"Preparation, characterization and proton transport of new porous nanocomposite membranes based on polybenzimidazole, lignin and TiO2 nanoparticles for high"
- Author: S Barati, M Mehdipourghazi, M Abdollahi, K Hooshyari, B Khoshandam
- Journal: International Journal of Energy Research
- Year: 2021
"Poly (benzimidazole)/poly (vinylphosphonic acid) blend membranes with enhanced performance for high temperature polymer electrolyte membrane fuel cells"
- Author: Z Taherkhani, M Abdollahi, A Sharif, S Barati
- Journal: Solid State Ionics
- Year: 2021