Complex transport problemBioconvectionSemi-analytical MethodsNanofluid flow Similar Solutions
To lead, integrate, and bring forth inter- and multi-disciplinary research activities and foster new solutions for complex bio-nano-engineering transport problems to fulfill the demands of academia and industry.
To be a leading research domain, providing value-driven, real-world mathematical solutions, through creative research and innovation that will make AIUB a leading international research university in scientific discoveries, publications, mentoring and training in the research domain, which, in turns, will mutually benefit both industry and academia.
The current project focuses on the investigation of magneto-bio-nano-convective fluid flow over between cone and disk with physical realistic boundary conditions. Such flow phenomena have a lot of eng...
To investigate the flow behavior of nanofluid flow in an open cavity and to find the physical quantities.
In this study, we investigate the numerical solution of nano-bioconvective flow past a solid sphere under the influence of zero mass flux and Stephan blowing boundary conditions. The phenomenon of nan...
The study is focused on flow of fluid within conical gap between a cone and a disc placed in a Darcy porous medium. In order to get physically realistic and practically applicable results, multiple sl...
A new transport model for the unsteady MHD forced convection of squeezing nanofluid flow with microorganisms between two parallel plates subject to Stefan blowing and multiple slips effects is investi...
This present paper explores natural convection heat removal performance in accordance with the variation of the baffle size and position in a skewed cavity. The dimensionless governing equations will ...
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