... of shear yield stress, which is obtained by an extrapolation of shear stress–shear strain rate experimental data for a specific MR fluid. channel flow friction magnetic fluids magnetorheology shear flow surface topography yield stress Wang , X. , and Gordaninejad , F. , 2007...

... for the flow of a damp powder past an impervious wall. 25 06 2010 10 09 2010 17 09 2010 20 12 2010 20 12 2010 damping friction nonlinear differential equations powders rotational flow shear flow viscosity A slurry comprises a suspension of solid particles...

...C. Pozrikidis; Haoxiang Luo The linear von Kármán equation describing the buckling of an elastic flat plate due to a distributed deformation-dependent load is discussed. It is shown that, in the case of buckling under the influence of an over-passing simple shear flow, a detailed hydrodynamic...

... elastomers flow through porous media foams lubrication non-Newtonian fluids plates (structures) shear flow silicon compounds stress-strain relations viscosity foam lubrication approximation non-Newtonian porous media shear-thickening fluid While existing armor is highly advanced...

...Shu Takagi; Takeshi Yamada; Xiaobo Gong; Yoichiro Matsumoto In this paper, we discuss the motion of a vesicle in a linear shear flow. It is known that deformable vesicles such as liposomes show the so-called tank-treading and tumbling motions depending on the viscosity ratio between the inside...

... , U 3 → 1 very rapidly. 08 03 2007 25 03 2008 23 10 2008 flow through porous media laminar flow shear flow The problem of flow through layered porous media finds applications in various fields of science and engineering. For example, the flow of ground water...

... delays the onset of the buckling instability and may have a strong effect on the shape of the bending eigenmodes. Contrary to the case of uniform compression, as the shear stress of the overpassing shear flow increases, the plate always first buckles in the left-to-right symmetric mode. 03 07 2007...

... and orientation in sediment. 02 03 2004 04 08 2005 two-phase flow external flows gravity waves shear flow hydrodynamics Study on the movement of a rigid body in fluid has wide scientific significance and technical application. The scientific studies of the hydrodynamics of a rigid...

... flow flow through porous media channel flow fluid oscillations shear flow Influence of the magnetic field on the non-Newtonian fluid flow has wide applications in chemical engineering, metallurgical engineering, and various industries. Researchers have considerable interest in the study...

... measurements are used for reservoir characterization purposes ( 1 2 ). non-Newtonian fluids non-Newtonian flow rocks fracture shear flow lubrication yield stress deformation drilling rheology 2006 American Society of Mechanical Engineers ...

... liquid films mass transfer non-Newtonian flow flow instability interface phenomena evaporation film condensation shear flow The stability of fluid flowing down a vertical or inclined wall has been the subject of considerable research due to its importance in many industrial applications...

...-Newtonian flow shear flow The dynamics of the flow-through porous media is increasingly of pivotal importance to many petroleum engineering applications such as acidizing, fracturing, secondary recovery methods (water and gas flooding, steam injection, in situ combustion), gas cycling, etc. Polymer...