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Unlocking the potential of computational fluid dynamics in Nigerian polymer research: current trends and future directions
Summary
This review examines the underutilization of computational fluid dynamics (CFD) in Nigerian polymer research and argues for broader adoption to address challenges such as plastic waste management, material degradation, and property enhancement. The authors identify prospective opportunities for CFD integration in the Nigerian research context to foster innovation and improve cost-efficiency in polymer science.
Recent advancements in polymer research have focused on key challenges such as polymeric waste management, material degradation, property enhancement, and development of novel applications.Globally, researchers increasingly leverage both experimental and computational techniques to address these issues.However, in Nigeria, the application of computational methodologies-particularly Computational Fluid Dynamics (CFD)-remains significantly underutilized.This study underscores the transformative potential of CFD as a strategic tool for advancing polymer research in Nigeria.Through a comprehensive review of relevant literature, the current status of CFD adoption in polymer studies is examined, and prospective opportunities for its integration are identified.By articulating the benefits and implementation prospects of CFD within the Nigerian research context, this report aims to encourage its broader adoption, thereby fostering innovation, improving cost-efficiency, and driving the future direction of polymer science in the country.
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