The researcher conducts interdisciplinary studies focusing on advanced fluid dynamics, heat transfer, and bioprocessing techniques. Their work encompasses nanofluid flow, hybrid systems, and bioconvection phenomena, with a particular emphasis on their applications in chemical engineering, material sciences, and biotechnology. Additionally, they explore mathematical models for disease transmission, including COVID-19, HIV-AIDS, and Mosquitoborne diseases, employing both deterministic and stochastic approaches. The researcher's research also delves into fractional calculus applications across various domains, from heat transfer to nanofluid flow dynamics, with a focus on developing novel methodologies and analytical tools.
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