momentum, including, but not limitedto: work, work–energy theorem, kinetic energy,gravitational potential energy, elastic potentialenergy, thermal energy, impulse, change inmomentum–impulse theorem, elastic collision,and inelastic collisionC2.2 analyse, in qualitative and quantitativeterms, the ...
The buoyancy driven flow of a second-grade nanofluid in the presence of a binary chemical reaction is analyzed in the context of a model based on the balance equations for mass, species concentration, momentum and energy. The elastic properties of the considered fluid are taken into account. ...
While the conducted studies have indicated a significant promise of engineered nanostructures for obtaining enhanced CM, there are still a number of questions and challenges that need to be addressed to fully realize the potential of CM in practical devices. For example, the majo...
While the conducted studies have indicated a significant promise of engineered nanostructures for obtaining enhanced CM, there are still a number of questions and challenges that need to be addressed to fully realize the potential of CM in practical devices. For example, the majority of quantitative...
The stability of the steady stagnation-point flow and heat transfer equations (10) and (11) subject to the boundary conditions (12) has been studied by considering τ = 0 (see Weidman et al.34). Then, the following linear eigenvalue problem will be solved: subject to boundary conditio...
The solutions of the present high order non-linear problem have been obtained by using the HAM method. All the flow parameters are highlighted through figures for explaining more physicals perspectives of the considered pertinent flow parameters. In addition, in the present analysis Al2O3 and Cu ...
(11).They also find the exact solution for momentum equationin some special cases. Let us review some of these caseshere. First, in the case ofsD0 there is exactly one phys-ically meaningful solution (10). This solution correspondstǫDp.1CM/=.1Ck/, which is valid forM>0and1 <k6...