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increased blood flow ( 7(passive) caused byshear stress
changes in blood flow(passive) caused byshear stress
laminar blood flow(passive) is caused byShear stress
human blood flow(passive) to be caused bya shear stress
blood flow activates(passive) caused byShear stress
turbulent blood flow(passive) caused byshear - stress
pulsatile blood flow(passive) caused byshear stress
the constant blood flow(passive) caused byThe shear stress
incoming blood flow(passive) caused byshear stress
blood flow on vessel walls(passive) caused byshear stress
frictional forces by the blood flow(passive) caused byshear stresses
the blood flow in the venous circulation(passive) caused byshear stress
a blood flow within the aneurysm(passive) are caused byshear stresses
blood flow over endothelial cells(passive) caused byshear stress
injury or local blood flow(passive) caused byshear stress
the dragging frictional force of blood flow(passive) caused byshear stress
the load or weight(passive) caused byshear stress
blood flow and wound healing in general(passive) caused bythe shear stress
The exercise - induced increase in blood flowcausesendothelial shear stress
blood flow and produce nitric oxide ( NO(passive) created byshear stress
blood flow through the vessels of a developing tissue(passive) created bythe shear stress
significant increases in pulmonary blood flow(passive) caused bythe shear stress
the yield torsion ... a forcecausesshear stress
high blood flow velocities , excessive suction , and circuit thrombosis(passive) caused byshear stress
the blood flow initiated by the embryonic heart contraction(passive) created byshear stress
blood flow and the effect of local drug diffusion(passive) caused byshear stress
loads , or a weightcausesshear stress
a tensile load(passive) caused byshear stresses
axial load(passive) caused byshear stress
the traffic load(passive) caused byshear stress
the sharp increase in blood flow velocity V b ( t(passive) caused byshear stress
the blood flow on a blood vessel inner wall of the subject(passive) caused bya shear stress
high fluid flow(passive) caused byshear stress
vascular bed distension and abrupt increment of pulmonary blood flow(passive) caused byshear stress
a twisting force(passive) caused byshear stress
torsional loads(passive) may also be caused byShear stresses
the flexing of the rafters under load(passive) caused byshear stresses
the shear force in beam bendingcausesa shear stress
blood flow on a plaque formation 10 , such as the point of maximum blockage 16(passive) caused byshear stress
Shear Load Shear loadcausesshear stresses
a rotating body(passive) is caused bya rotating body
shear strain strain(passive) caused byshear strain strain
a shear strain in the tissuecausesa shear strain in the tissue
the tensile stress stress(passive) caused bythe tensile stress stress
uniform circular motion dimensions(passive) caused byuniform circular motion dimensions
in damage to the endotheliumresultingin damage to the endothelium
in damage to the cellsresultingin damage to the cells
cell damage(passive) caused bycell damage
damage to the platelets themselvescausesdamage to the platelets themselves
further endothelial damagecausingfurther endothelial damage
arterial damagecan causearterial damage
a body of rock to be distortedcausesa body of rock to be distorted
A tensile strain strain(passive) caused byA tensile strain strain
the normal displacement(passive) caused bythe normal displacement
in slippage and translationresultin slippage and translation
\tag{12.41}$$ Shear strain(passive) is caused by\tag{12.41}$$ Shear strain
\label{12.41}$$ Shear strain(passive) is caused by\label{12.41}$$ Shear strain
permanent damage to a culturecan causepermanent damage to a culture
PatentsA process and a device for determining changes in a liquid medium , in particular a liquid coating agent or its components ,(passive) caused byPatentsA process and a device for determining changes in a liquid medium , in particular a liquid coating agent or its components ,
red blood cells aggregation at the individual cell level T2preventingred blood cells aggregation at the individual cell level T2
polarized change in cytoplasmic calcium concentration in human umbilical vein endothelial cells ( HUVECs)."Cell Calcium .. 22causespolarized change in cytoplasmic calcium concentration in human umbilical vein endothelial cells ( HUVECs)."Cell Calcium .. 22
a greater osteogenic stimulus even at lower strain magnitudes [ 96creatinga greater osteogenic stimulus even at lower strain magnitudes [ 96
continuous shear deformation in a fluidcausescontinuous shear deformation in a fluid
the tissue deformation(passive) caused bythe tissue deformation
damage cracks ” and “ normal cracks(passive) are ... caused bydamage cracks ” and “ normal cracks
damage to the blood vessel liningcausesdamage to the blood vessel lining
to blistering and damage to the fat padscan leadto blistering and damage to the fat pads
A fault with horizontal displacement(passive) typically caused byA fault with horizontal displacement
δ = change in length Lo = change in width Shear Strain(passive) is caused byδ = change in length Lo = change in width Shear Strain
rocks on either side of the crack to slide parallel to the fault plane between themransform faultscausesrocks on either side of the crack to slide parallel to the fault plane between themransform faults
The greater the acceleration(passive) caused byThe greater the acceleration
in fatigue , damage , and irreversible deformation of the temporomandibular joint disccan resultin fatigue , damage , and irreversible deformation of the temporomandibular joint disc
slip growth and extension and causes scooting deformation ( shearing deformationcausesslip growth and extension and causes scooting deformation ( shearing deformation
rocks to slip past one another in a horizontal plane as with strike - slip faultscausesrocks to slip past one another in a horizontal plane as with strike - slip faults
to microvascular thrombosis and injuryleadingto microvascular thrombosis and injury
in damage to the protective layer on the material and this results in corrosionresultsin damage to the protective layer on the material and this results in corrosion
to the progress of erosive damage to the neointima [ 45contributesto the progress of erosive damage to the neointima [ 45
irreparable damage to susceptible but not resistant strainscan causeirreparable damage to susceptible but not resistant strains
atherosclerotic plaque development , and the release of ATPinfluencesatherosclerotic plaque development , and the release of ATP
to a loss of XDHleadsto a loss of XDH