By Bode Akinbode
- Introduction
In the ever-evolving field of fluid dynamics, few researchers shine as brightly as Adetokunbo Awonusi.
He possesses an impressive academic portfolio that includes a Bachelor of Science degree in Petroleum Engineering and a Master’s in Mechanical Engineering, completed in 2022 from the prestigious University of Ibadan. Adetokunbo is not merely a scholar; he has carved out a distinguished niche within fluid dynamics, focusing particularly on thermofluids and biofluid mechanics, fields that are increasingly vital in today’s technological and environmental landscapes. His journey is not just a tale of academic success but a remarkable blend of intellectual curiosity, practical experience, and an unwavering commitment to advancing sustainable solutions for global challenges.
*Early Inspiration and Academic Journey
Hailing from Ondo State (paternal) and Oyo State (maternal), Adetokunbo’s fascination with fluid dynamics began to blossom during his formative years at the University of Ibadan. Under the mentorship of the esteemed Professor Olanrewaju Oyewola and Professor Olawale Ismail, he developed not only a comprehensive understanding of fluid mechanics but also a passionate drive to apply this knowledge to real-world challenges.
This pivotal moment ignited a lifelong curiosity that propelled him into the dynamic world of research.
Initially uncertain about which engineering discipline to pursue, Adetokunbo found clarity when he enrolled in a fluid mechanics course that emphasized the omnipresence of fluid dynamics in everyday life. Professor Oyewola’s assertion that “fluid dynamics occurs everywhere and at all times” resonated deeply, igniting a profound interest that would shape his academic and professional trajectory. This foundational experience was
transformative, steering him towards a lifelong journey in the realm of fluid dynamics.
After earning his bachelor’s degree, Adetokunbo gained invaluable practical experience in the oil industry, where he honed his technical skills and applied theoretical knowledge to real-world applications. However, his relentless pursuit of knowledge led him back to the University of Ibadan for a master’s degree in mechanical engineering. His
exceptional academic performance not only earned him a position as a graduate teaching assistant but also distinguished him as the top student in his cohort, a testament to his dedication and intellectual prowess.
*Research Focus and Contributions
Adetokunbo’s research on battery thermal management systems has attracted significant attention within academic circles, leading to the publication of several
articles in reputable journals. This area of study is crucial as the demand for efficient energy storage solutions continues to escalate in an electrifying world. By innovating techniques to improve battery thermal management systems, Adetokunbo aims to prevent thermal runaway incidents, catastrophic events that can result in explosions and the release of toxic particles, posing serious risks to human health and safety.
His research is underscored by a deep understanding of the complexities involved in lithium-ion battery performance. Adetokunbo explains, “When these batteries are charged or discharged, they generate heat. Temperature plays a crucial role in their overall performance, lifespan, and safety. Proper battery thermal management is essential to prevent thermal runaway, which can lead to dangerous explosions and the release of harmful gases and particles.”
In parallel to his work in thermofluid, Adetokunbo has ventured into the domain of biofluid mechanics. He applies principles of fluid dynamics to investigate the movement of marine organisms and the physiological functions of cardiovascular and respiratory systems. His collaborations with leading scholars in bioengineering have broadened his research perspective, generating valuable insights that contribute to advancements in both fields.
His presentations at various prestigious conferences in the United States include topics such as:
- Filtration by Reticulate Sea Fans Under Diverse Flow Conditions (Washington, DC)
- Effects of Bidirectional Deformation on Colony-Scale Flow Around a Reticulate Sea Fan
(Utah) - How Does Aggregation Influence Filtration and Particle Encounter in the Sea Anemone
Metridium Senile? (Utah) - Effects of Bidirectional Deformation on Colony-Scale Flow Around a Reticulate Sea Fan (Georgia)
These presentations not only highlight his expertise but also reflect his ability to communicate complex ideas to diverse audiences effectively, inspiring fellow researchers and students alike.
*Current Pursuits and Future Aspirations
Currently, Adetokunbo is pursuing his doctoral studies in mechanical engineering at Oklahoma State University, immersing himself in the intricacies of particle capture and filtration mechanisms in marine suspension feeders. His research in this area holds profound implications for understanding ecological interactions and enhancing environmental sustainability. Recognized as a compelling speaker and innovative thinker, he captivates audiences with his insights and enthusiasm for fluid dynamics.Adetokunbo’s vision extends far beyond his current research. He is deeply committed to leveraging his expertise in thermofluids and biofluid mechanics to develop sustainable
solutions that address pressing global challenges.
“With the increase in electric and hybrid vehicle usage and the growing demand for artificial intelligence, the need for energy storage for power generation in the form of batteries will rise. This will necessitate further improvements in battery thermal management to mitigate the risk of thermal runaway events.”
“My goal is to focus my expertise on improving battery thermal management systems to prevent thermal runaway and reduce the release of toxic particles during such events.”
He cites the recent incidents at Vistra Energy in California as a sober reminder of the dangers posed by thermal runaway, where toxic particles and gases were released into the environment. His aspirations are not just about advancing technology; they are about safeguarding human health and our planet’s future.
*Commitment to Community and Mentorship
Beyond his research pursuits, Adetokunbo is passionate about giving back to the community. He actively engages in mentoring young scholars and aspiring engineers, sharing his knowledge and experiences to inspire the next generation of researchers. He
believes that fostering a culture of curiosity and innovation is essential for the advancement of science and technology. He is motivated by the quote from Thomas Huxley “The known is finite, the unknown infinite; intellectually we stand on an islet in the midst of an illimitable ocean of inexplicability. Our business in every generation is to
reclaim a little more land, to add something to the extent and the solidity of our possessions.”
“It’s crucial to encourage young minds to explore their interests and pursue their passions in engineering and research.”
*Conclusion
With his unwavering passion, commitment to excellence, and impressive academic achievements, Adetokunbo Awonusi is undoubtedly a rising star in the field of fluid dynamics research. His multifaceted work holds the promise of making a significant impact on energy systems, biological sciences, and environmental sustainability. As he continues to explore the frontiers of fluid dynamics, the academic community eagerly anticipates the innovative contributions that this talented researcher will make in the years to come. Adetokunbo is not just charting new frontiers; he is shaping a
sustainable future for generations to come, embodying the ideals of innovation, responsibility, and hope in a rapidly changing world.
