研究目的
To find the behavior of nanomaterial under the influence of Lorentz force within a permeable elliptical tank.
研究成果
The study concluded that greater Ha makes the isotherms to be parallel each other, indicating lower velocity of nanomaterial due to increment of Ha. Impose of magnetic field can change the flow style and thermal behavior. Augmenting permeability makes isotherms to more disturb and greater temperature gradient appears. Nanofluid flow suppresses with reduce of Da and same behavior can be seen with augment of Ha.
研究不足
The study focuses on a specific geometry (elliptical tank) and a particular type of nanomaterial (hybrid nanomaterial). The influence of other geometries or nanomaterials is not considered.
