Abstract: The standard decoupled method with Newton-generalized minimum residual procedure performs poorly or may break down when used to solve certain elastohydrodynamic lubrication problems. The authors Zargari et al., 2007 presented decoupled and coupled methods in which the limitations of the decoupled method for some set of physical parameters and slight variation in these values (physical...

This review article revisits the role of static mixers in process industry nowadays and summarizes most relevant developments literature available on this type handling liquid-phase systems. In particular, seeks to discuss depth progress that has been made hydrodynamic understanding immiscible liquid–liquid dispersions emulsion formation using motionless types mixers, both through experimental ...

Accurately estimating the online state-of-charge (SOC) of battery is one crucial issues management system. In this paper, gas–liquid dynamics (GLD) model with direct temperature input selected to Li(NiMnCo)O2 battery. The extended Kalman Filter (EKF) algorithm elaborated couple offline and achieve goal quickly eliminating initial errors in SOC estimation. An implementation hybrid pulse power ch...

Boundary layer analysis is introduced for providing a numerical treatment of steady state free convection flow non-Newtonian fluid micropolar type through an isothermal vertical permeable cone under impacts variable thermal conductivity and thermophoretic force. Both heat generation or absorption viscous dissipation are considered. The resulting altered boundary equations numerically tackled by...

introduction: macro-ergonomics is an important factor that affects behavior, favorable performance and personnel’s efficiency that can cause conformity of employees by increasing labor and efficiency and in result decreasing employees’ stress amount. the aim of the present study was to investigate relationship between macro-ergonomics and occupational stress in employees working in one casting ...

When a laser beam scatters from a microparticle whose shape deviates from that of a sphere, a number of partial waves of the incident beam couple to a given partial wave of the scattered and interior fields. As a result, partial-wave coupling caused by small surface irregularities of a liquid droplet provides the mechanism for exciting low-radial-order morphology-dependent resonances.

In this paper three different approaches towards a continuum theory of fiber suspensions are discussed. The first one is the classical Thermodynamics of Irreversible Processes with internal variables. It derives constitutive equations for fiber suspensions on the basis of ONSAGERs phenomenological coefficients, which are related to the mechanical properties of the fibers. Secondly another metho...