... curves were remarkably similar in shape. This result suggests that rheology had minimal impact on the WVV downstream of a stenosis for transition to turbulence since the fluids had a similar level of vibration. 1 Corresponding author. e-mail:  rp98@uakron.edu e-mail:  bn23@uakron.edu e...

... different flow rates. Normalized turbulent kinetic energy was used to determine the critical Reynolds number for each fluid. Blood rheology was measured before and after each experiment. Tests were conducted on five samples of each fluid inside a temperature-controlled in vitro flow system. The viscosity...

... conducted impact indentation using a pendulum-based instrumented indenter to extract mechanical energy dissipation metrics. At the macroscale, we used oscillatory shear rheology to quantify the frequency-dependent shear moduli. Despite significant changes in the cellular organization of TSC brain tissue, we...

... treatment permeability porosity rheology viscosity Osteoporosis is a common disease that reveals itself as fractures occurring at different anatomical sites, e.g., at the spine, the hip, or the wrist, and causes morbidity and mortality. The prevalence of osteoporosis in the United States...

... sources of rheological data best characterize potential microbicidal formulations. These mathematical simulations can serve as useful tools for exploring drug delivery parameters, and optimizing formulations, prior to costly clinical trials. patient treatment drugs polymer gels rheology viscosity...