areas where the tubing is crushed down flat coursezcausesturbulence in the managmeent flow
Reynolds number between laminar and transition turbulenceto causethe laminar flow to become turbulent
a rough surfaceto causeturbulent flow around it
Narrowing or obstructioncausesdisruption of the laminar flow
where the tubing is crushed down flatcausesturbulence in the dlot flow
Due to its smaller radius and lowest velocity compared to other vessels , the Reynold 's number at the capillaries is very lowresultingin laminar instead of turbulent flow
The larger clearance reduces the air speedcausinglaminar flow instead of turbulent flow
a velocity differential gradientmay resultin turbulent instead of laminar flow
The size mismatch of small ITA to large RCAwould causeturbulence of flow at the anastomosis
with as few as 40 ACH(passive) have been designedTurbulent flow isolators
the raw edges of the intake with the snorkel offcausesturbulent flow over the edges
by its complex terrain(passive) caused bystrong turbulent flows
flow conditionsleadto laminar flow or turbulent flow
the flow velocity of the temperature changing liquid in the mixing tube ... sufficientto causeturbulent flow
placement of one or more features or valves , such as a Venturi valve , in the flow pathto causeturbulent flow
placement of one or more features or valves , such as a Venturi valve ... the flow pathto causeturbulent flow
orderto seta turbulent or laminar flow
to increase the flow velocityto causeturbulent flow
Examples of passive agitation include placement of one or more features or valves , such as a Venturi valve , in the flow pathto causeturbulent flow
excessive kinetic energy in parts of a fluid flow(passive) caused bylaminar flow , turbulent flow
to pass from one flow chamber 44 to an adjacent flow chamber 44to causeturbulent flow
by the sudden change in flow direction(passive) caused byTurbulent flow
A large internal diameterwill ... causeturbulent flow
The increased velocity increases the Reynolds Numbercausingturbulent flow
by abrupt changes in channel direction(passive) caused byturbulent flow
the fluid velocitycausesturbulent flow
a surface condition that is designedto causeturbulent flow
friction at the boundary of a fluid(passive) caused byturbulent flow
sufficient pressureto causeturbulent flow
much velocity ... Reynolds numberscausingturbulent flow
flow velocities high enoughto causeturbulent flow
New oil being introduced into the reservoircan causeturbulent flow
Any decrease in cross sectional area or increase in respiratory ratemay causeturbulent flow
channel topography and friction(passive) is caused byTurbulent flow
just likeis causingturbulent flow
the airflow over the top of the wing separates from the surfacecausingturbulent flow
when the airflow over the top of the wing separates from the surfacecausingturbulent flow
to corrosioncan contributeto corrosion
to down - mixing of phytoplanktoncontributingto down - mixing of phytoplankton
Noise(passive) caused byNoise
in LESS flowresultingin LESS flow
up within venous access fistulassetup within venous access fistulas
to increased wear on equipmentleadingto increased wear on equipment
mixing within the fluidto causemixing within the fluid
the performance of aircraftinfluencethe performance of aircraft
The Pencil code(passive) is primarily designedThe Pencil code
in eddies and swirlsresultin eddies and swirls
a reduction in flowcausinga reduction in flow
the fluctuation of velocity in space and timecan causethe fluctuation of velocity in space and time
in deeper penetration of gases to the distal alveoli , higher minute volumesresultingin deeper penetration of gases to the distal alveoli , higher minute volumes
rapid mixingcausesrapid mixing
higher skin friction drag than laminar flowcauseshigher skin friction drag than laminar flow
larger momentum transfer between fluid particlescauseslarger momentum transfer between fluid particles
air to enter the pump during operation and cause cavitationcausingair to enter the pump during operation and cause cavitation
in more serious non - uniform flow distributionresultingin more serious non - uniform flow distribution
the dynamic pressure fluctuations(passive) caused bythe dynamic pressure fluctuations
if your regulator pressure is set too high which will cause CO2 eddies to draw air into the can and increase the oxygen content in your purged can in the same way a turbulent river will bubble with airwill resultif your regulator pressure is set too high which will cause CO2 eddies to draw air into the can and increase the oxygen content in your purged can in the same way a turbulent river will bubble with air
in no constant - temperature regionwill resultin no constant - temperature region
mixing of the cooling liquidcausesmixing of the cooling liquid
to lower dragleadsto lower drag
far greater drag than laminar flowcausesfar greater drag than laminar flow
in the absence of any constant - temperature regionwill resultin the absence of any constant - temperature region
mixing of the liquidcausesmixing of the liquid
in hydraulic instability , vibrationresultsin hydraulic instability , vibration
to a large heat - transfer coefficientleadsto a large heat - transfer coefficient
in an improved coefficient of heat transferresultsin an improved coefficient of heat transfer
in vibration ... including noise and fatigue of the bearings , which may result in increasing the maintenance and a reduction in lifetimeresultsin vibration ... including noise and fatigue of the bearings , which may result in increasing the maintenance and a reduction in lifetime
alsocausesalso
alsomay ... contributealso
problems with particulate contaminationcan causeproblems with particulate contamination
noisecausesnoise
noise(passive) caused bynoise
a turbulent flame frontcausinga turbulent flame front