the study of factors affecting the force and flow of circulating blood.
Hydrolic performance...a term loosely used to describe the throughput of blood when referring to the performance of a heart, circulation, or a device in the circulatory system. There are several key measurements which compose the assessment of hemodynamic performance, such as the flow (i.e. volume of blood per minute), the flow velocity, and/or the pressure gradient needed to achieve the measured flow.
the study of the flow of blood and the pressures in the heart, usually measured during a catheterization.
The study of physical forces (e.g. pressure and resistance) in relation to the flow of blood. The hemodynamic performance of a heart valve is generally expressed as a pressure gradient across the valve at defined physiological conditions. Higher pressure gradients indicate greater resistance to flow.
The study of the flow of blood and the forces involved.
information about blood flow and pressures.
Hemodynamics (literally, "blood dynamics"), or hemorheology, is the study of the properties and flow of blood. Blood is pumped via the heart throughout the cardiovascular system. Oxygenated blood leaves the heart via a series of large arteries.