Drinking style of myocardial infarcted rats: A proposal for fluid restriction prescription for patients with chronic heart failure

Assume that Γ > 3γ/2 and the control bound m is large enough such that the bang arc u m starting from the north pole intersects the singular arc z 0 γ/2δ, Then for the problem

We construct a Lax pair for the E 6 (1) q-Painlev´ e system from first principles by employing the general theory of semi-classical orthogonal polynomial systems characterised

Thus, in this paper, we study a two-phase fluid model for blood flow through mild stenosed narrow arteries of diameter 0.02 mm–0.1 mm at low-shear rates γ < ˙ 10/sec treating

The main difference between classical and intuitionistic (propositional) systems is the implication right rule, where the intuitionistic restriction is that the right-hand side

Nonlinear systems of the form 1.1 arise in many applications such as the discrete models of steady-state equations of reaction–diffusion equations see 1–6, the discrete analogue of

delineated at this writing: central limit theorems (CLTs) and related results on asymptotic distributions, weak laws of large numbers (WLLNs), strong laws of large numbers (SLLNs),

delineated at this writing: central limit theorems (CLTs) and related results on asymptotic distributions, weak laws of large numbers (WLLNs), strong laws of large numbers (SLLNs),

It is also aimed to bring out the effect of body acceleration, stenosis shape parameter, yield stress, and pressure gradient on the physiologically important flow quantities such as