This paper examines numerically by using the finite difference method the laminar steady
magneto-hydrodynamic natural convection in an inclined T-shaped enclosure filled with different
types of nanofluids. A uniform heat source is embedded on a part of the upper wall of the enclosure.
Both left and right sidewalls of the enclosure leg are maintained at a constant cold temperature,
while the other portions of the enclosure walls are considered adiabatic. A magnetic field is applied
vertically downward on the bottom wall of the enclosure. Based on the numerical results, the effects
of the dominant parameters such as Rayleigh number