The Effect of Magnetic Field on Heat and Mass Transfer in an Inclined Cavity with Thermal Radiation - RSM Data

Dataset for The Effect of Magnetic Field on Heat and Mass Transfer in an Inclined Cavity with Thermal Radiation The current data is associated with the study on the effect of magnetic field on heat and mass transfer in an inclined cavity with thermal radiation using response surface methodology. The current research used the Oseen linearization approach in conjunction with boundary-layer analysis to examine convection inside a tilted rectangular enclosure characterized by a mixed buoyancy ratio. The research presents an Oseen-linear solution model that utilizes a response surface approach to clarify and enhance the influence of key factors on heat transfer efficiency. The Excel file contains the numerically generated Nusselt number values corresponding to varying values of the radiation parameter, Rayleigh number and Chandrasekhar number.