Computational hydrodynamics of tsunami run up on a porous seabed
Presentation / Conference Contribution
Prof Osman Beg's Outputs (450)
3-D finite wing aerodynamic simulation with ANSYS FLUENT and wind tunnel testing
Presentation / Conference Contribution
Implicit numerical computation of viscous high supersonic aerodynamics for a blunt-nosed “cruiser” configuration with shock fitting using the “sublime” code
Presentation / Conference Contribution
The modern thrust in proposed commercial supersonic airliners is increasingly embracing “blunt-nosed” body design. Since a key drag component in aerodynamics is skin friction (viscous drag), the nose design with reduced area will reduce the skin fric... Read More about Implicit numerical computation of viscous high supersonic aerodynamics for a blunt-nosed “cruiser” configuration with shock fitting using the “sublime” code.
Numerical computation of entropy generation in an astronautical electromagnetic swirl thermonuclear engine propulsion system
Presentation / Conference Contribution
Nuclear propulsion is currently the only feasible option for long duration spacecraft manned missions. Many new designs have been proposed and tested including thermal nuclear rockets (which achieve at least double the propulsion efficiency of the Sp... Read More about Numerical computation of entropy generation in an astronautical electromagnetic swirl thermonuclear engine propulsion system.
Computation of intelligent magnetic hydrogel pumping in soft robotic peristaltic systems with a nonlinear Maxwell viscoelastic model
Presentation / Conference Contribution
Shape morphing magnetic hydrogels are an exciting new development in intelligent materials which are being deployed in soft robotics. They are also being implemented in cosmetics (“magnetic nail polish”), medicine (tissue repair) and other engineerin... Read More about Computation of intelligent magnetic hydrogel pumping in soft robotic peristaltic systems with a nonlinear Maxwell viscoelastic model.
Computation of electrohydrodynamic ion drag direct current pump flows for wing plasma actuation using a semi-numerical technique
Presentation / Conference Contribution
Plasma actuation in aircraft wing aerodynamics has been shown to achieve enhanced flow control. This enables an
improvement in aerodynamic efficiency, stability and control and can successfully accelerate, decelerate or divert air flows to
reduce a... Read More about Computation of electrohydrodynamic ion drag direct current pump flows for wing plasma actuation using a semi-numerical technique.
Fluid-Structure Interaction (FSI) analysis of a smart bio-inspired peristaltic pump for reactive chemical waste transfer applications using Eringen’s micromorphic theory
Presentation / Conference Contribution
Smart bio-inspired designs are being embraced in many modern technologies. They feature complex and efficient mechanisms utilized in nature including ciliated internal/external surfaces), respiratory physiology), peristalsis (phloem translocation in... Read More about Fluid-Structure Interaction (FSI) analysis of a smart bio-inspired peristaltic pump for reactive chemical waste transfer applications using Eringen’s micromorphic theory.
Finite element analysis of the heat transfer performance of hybrid photovoltaic solar mega-yacht panels
Presentation / Conference Contribution
In this conference presentation, we shall describe recent
progress in advanced novel materials polycrystalline silicone,
gallium arsenide and cadmium telluride for photovoltaic solar
panels deployed in mega yacht designs
We will review the fun... Read More about Finite element analysis of the heat transfer performance of hybrid photovoltaic solar mega-yacht panels.
As a model for hazardous material pumps, this article examines the magnetohydrodynamic
chemically reacting thermo-solutal peristaltic transport of a non-Newtonian couple stress fluid
through a microchannel containing a porous medium. The effects of... Read More about Hydromagnetic thermo-solutal reactive dissipative peristaltic transport of a couple stress fluid in a porous medium microchannel with convective boundary conditions, joule heating and entropy generation.
Computational study of non-similar magneto-convection from an isothermal surface in saturated porous media with induction effects
Journal Article
We study theoretically and numerically the forced convection magnetohydrodynamic (MHD) boundary layer flow of an
electrically conducting fluid along a non-conducting isothermal wall adjacent to a porous medium, with magnetic field
aligned with the... Read More about Computational study of non-similar magneto-convection from an isothermal surface in saturated porous media with induction effects.