... transfer rate declines when raising the material parameter (k) and strengthening of heat generation (Q_g). When increasing micro-rotation (n) values, the amount of heat transfer increased slightly. The averaged heat transport rate enhances on strengthening the values of the radiation...

... or non-isothermal flow zone is where heat-generating events are most evident, and even when examining the attributes related to heat dissemination, heat generating needs to be precisely defined. It would be terrible to minimize the significance of chemical processes in the study of heat and mass...

...Taimoor Salahuddin; Ali Haider; Metib Alghamdi Purpose The current investigation is communicated to analyze the characteristics of squeezed second grade nanofluid flow enclosed by infinite channel in the existence of both heat generation and variable viscosity. The leading non-linear energy...

.... Findings Temperature field increments when thermophoresis, heat generation and Brownian movement parameters are increased, whereas reverse situation is noticed for larger Prandtl number. The results also witness that concentration distribution has opposite characteristics for larger thermophoresis...

.... The flow features are discussed via curved surface. Water is taken as the base liquid. Flow is generated via nonlinear stretching. Energy expression is modeled subject to heat generation/absorption. Furthermore, convective conditions are considered at the boundary. The Xue model is used in the mathematical...

... of shape factor; third, to address the characteristics of hybrid nanofluid in the region of mixed convective stagnation point; heat transport features are explored through thermal radiation and heat generation/absorption; and fourth, to construct the series solutions via homotopy analysis method (HAM...

... dependent mass diffusivity; D_∞ = ambient fluid mass diffusivity; Q = heat generation/absorption coefficient; A = ratio of rates; β₁,β₂ = Deborah numbers; Pr = Prandtl number; δ = heat...

...Mohammed Q. Al‐Odat Purpose In this study, the purpose was to introduce two‐dimensional hyperbolic heat conduction equations in order to simulate the fast precooling process of a cylindrically shaped food product with internal heat generation. A modified model for internal heat generation due...

... Porous media Heat generation Chemical reaction Forchheimer's drag Quasi‐linearization Heat transfer Flow C, D=species concentration and mass diffusivity, respectively C_a,C_d=coefficients of couple stress viscosities...