(2004) "Steady Flow of a Fluid with an Anomalous Temperature Dependence of Viscosity" in Doklady Physics, vol. 49, No.5, pp. 328 - 331.Urmancheev SF, Kireev VN. Steady flow of a fluid with an anomalous temperature dependence of viscosity. Doklady Physics 2004;49(5):328 - 31....
P.G. Drazin, `On the steady flow of a fluid of variable density past an obstacle', Tellus, 13, 23P-251 (1961).Drazin, P.G., 1961, On the steady flow of a fluid of variable density past an obstacle. Tellus, 13, pp. 239-251....
An instability criterion based on the positivity of a Lyapunov‐type exponent is used to study the stability of the Euler equations governing the motion of an inviscid incompressible fluid. It is proved that any flow with exponential stretching of the fluid particles is unstable. In the case of...
The equations describing the steady two-dimensional flow of a dilute suspension of macromolecules, a non-Newtonian fluid, are numerically modeled using a finite-difference technique. The flow domain is composed of a parallel-walled inflow region, a contraction region in which the walls are rectangula...
Let ℬ be a body immersed in a Navier-Stokes liquid ™ that fills the whole space. Assume that ℬ rotates with prescribed constant angular velocity ω. We show that if the magnitude of ω is not “too large”, there exists one and...
The viscous fluid flow past a semi-infinite porous solid, which is proportionally sheared at one boundary with the possibility of the fluid slipping according to Navier’s slip or second order slip, is considered here. Such an assumption takes into consi
Grinberg G.A. (1961) On steady flow of a conducting fluid in a rectangular tube with two non-conducting walls and two conducting ones parallel to an external magnetic field. PMM 25, 1024–1034G. A. Grinberg, `On steady flow of a conducting fluid in a rectangular tube with two non-...
In this paper, the steady flow of a second order incompressible thermo-viscous fluid through straight tubes is studied. It is noticed that, as in the case of visco-elastic fluids, a purely rectilinear flow of theono-viscous fluids in straight tubes. under the influence of a constant pressure...
The paper presents a finite-element model for the analysis of steady flow of a viscous fluid through a connected system of elastic tubes with the aim of simulating the conditions of blood flow through the human arterial system. The governing equations of the model are non-linear in character ...
7 (a)For a steady and streamline flow of an incompressible and non-viscous fluid, the total hydraulic head H of the flow through a particular cross-section of a pipe is given by the expression H=P/(ρg)+(v^2)/(2g)+h where P is the pressure of the fluid at the cross-section,p...