Shear flow dynamics in blood rheology is a critical area of research that investigates how varying flow stresses affect the deformation, aggregation, and distribution of blood cells.

Many medical devices for treating heart failure generate nonphysiological shear flow. This can trigger the destruction of red blood cells after implantation of ventricular assist devices (VADs ...

Switching from static assays to a shear flow system can uncover critical biological insights in hematology, immunology and microbiology. Shear flow systems can reveal in vivo -like changes in cell ...

Shear flow systems offer powerful insights into cell behavior, revealing what static assays often miss. By simulating in vivo conditions, this approach helps uncover crucial biological details in ...

The powder shear cell is exemplary for identifying the flow behavior of consolidated powders and their time-dependent behavior. The presence of additional accessories offers complete control over ...

Shear Flow Shear flow can be described as several layers of fluid sliding over each other, with each upper layer moving faster than the layer below it. The bottom layer of the fluid is considered to ...

“More importantly, we saw improvements in wall shear stress, which is a key mechanical factor linked to blood vessel health,” ...

We consider the linear stability of an ideal, plane-parallel magnetohydrodynamic shear flow with velocity u = (U (z), 0, 0) and magnetic field B = (B (z), 0, 0). We show how Howard's semicircle ...

The good agreement between experimental measurements and theoretical predictions in the STZ volumes provides compelling evidence that the plastic flow of metallic glasses occurs through cooperative ...