hydraulic resistance

Each women's club also has hydraulic resistance training machines and cardiovascular equipment.

Hydraulic resistance is offset by means of a stronger striker spring.

In addition, special guides reduce the hydraulic resistance when the striker moves forward.

The program is designed around circuit training, which utilizes hydraulic resistance equipment to achieve results.

Ideally, the liquid flows easily because a good thermosiphon should have very little hydraulic resistance.

Hydraulic resistance may refer to:

Murray's law is followed in some mechanical vessels, and using Murray's law can reduce the hydraulic resistance throughout the vessels.

In the linear laminar flow region, Poiseuille's law describes the hydraulic resistance of a pipe, but in the turbulent flow region the pressure-flow relations become nonlinear.

In groundwater hydraulics (fluid dynamics, hydrodynamics) one often works with hydraulic conductivity (i.e. permeability of the soil for water), which is inversely proportional to the hydraulic resistance.

Counterbalance valves, also called load holding valves or over-center valves, serve as hydraulic resistance to the actuating cylinder when the load weight is required to be held in position for a period of time.

"It's almost the same thing, save for a few minor adjustments," Mr. Ferreira said of the workout set-up, which positions 10 hydraulic resistance machines for different parts of the body inside a mock boxing ring.

Fouling leads to a significant increase in hydraulic resistance, manifested as permeate flux decline or transmembrane pressure (TMP) increase when the process is operated under constant-TMP or constant-flux conditions respectively.

It was determined by the Manitoba government that that the capacity could be increased to 32000-34000 cu ft/s by building up the banks of the Portage Diversion, depending on hydraulic resistance on bridges along the channel.

Semi-confined aquifers with one or more aquitards work as an anisotropic system, even when the separate layers are isotropic, because the compound Kh and Kv values are different (see hydraulic transmissivity and hydraulic resistance).

Some of these modifications incorporate arterial tubes with considerably low hydraulic resistance for liquid return to the heat source (arterial heat pipes), while others provide spatial separation of the vapor and liquid phases of the working fluid at the transportation section (separated line heat pipes).