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forces that cause deformation(passive) caused byshear stress stress
side(passive) is caused bySTRESS Shear stress
a cm(passive) caused byshear stress stress
directional water jets(passive) caused byshear stress stress
the pressurecausingshearing stress
when two surfaces move against(passive) is causedShearing stress
an opposing player who jumps(passive) caused byshear stress stress
by the tension / compression(passive) caused byshearing stress
temperaturewould causeshearing stress
by being forced(passive) caused byshearing stress
by a centrifugal force(passive) caused byshearing stress
High rotational speedcauseshigh shear stress
stirring than to air total pressures up to 4 bar(passive) caused byhigh shear stress
by the variation of surface stress due to temperature(passive) caused byshear stresses
by the variation of area tension due to temperature(passive) caused byshear stresses
thermal cycling and mechanical forces(passive) caused byshear stresses
by shear forces(passive) caused byshear stresses
by the variation of area tension resulting from temperature(passive) caused byshear stresses
by material flow(passive) caused byShear stresses
by wind , earthquakes , vibrations and other forces(passive) caused byshear stresses
External load conditionscausingshear stresses
by shear load(passive) caused byshear stresses
by differences in thermal expansion of the body and layers(passive) caused byshear stresses
load conditionscausingshear stresses
by the variation of surface area pressure resulting from temperature(passive) caused byshear stresses
by loading and wave action(passive) caused byshear stresses
the friction forcewill causeshear stresses
by weight loads(passive) caused byshear stresses
by shear producing loads(passive) caused byshear stresses
by the variation of area rigidity due to temperature(passive) caused byshear stresses
loads(passive) caused byshear stresses
transverse force and the torsional moment(passive) caused byshear stresses
differential thermal subsidence(passive) caused byShear stresses
by a temperature gradient(passive) caused byshear stresses
skin friction and bed form(passive) caused byshear stresses
by temperature(passive) caused byshear stresses
torsional and transverse loads(passive) are caused byshear stresses
by the fluid(passive) caused byshear stresses
transverse forces exerted on a member(passive) are caused byShear stresses
A combination ofresultshear stresses
in the fluidsetin the fluid
influences(passive) caused byinfluences
Strike - slip faults(passive) are caused byStrike - slip faults
rocks to slide past each other Fault a break or crack in Earthcausesrocks to slide past each other Fault a break or crack in Earth
from the changes of normal stressescausedfrom the changes of normal stresses
the concrete to crack and pieces of material to scale offcausethe concrete to crack and pieces of material to scale off
in diagonal tensile stressesresultin diagonal tensile stresses
from blood movementresultfrom blood movement
a member(passive) caused bya member
in fallresultingin fall
to cracking of the preformleadto cracking of the preform
significant lateral and vertical pressures which slowly lead to cracking and buckling of roads and structures built over such soilscausingsignificant lateral and vertical pressures which slowly lead to cracking and buckling of roads and structures built over such soils
to twistingmight leadto twisting
to slideleadingto slide
no volumetric changescausesno volumetric changes
along the top of the compactcausingalong the top of the compact
to the destruction of the sensorcould leadto the destruction of the sensor
from fluid floworiginatingfrom fluid flow
disruption of these stabilizing structurescausedisruption of these stabilizing structures
in a duplex faultresultedin a duplex fault
up in the grinding operationssetup in the grinding operations
lack of defined shapecauseslack of defined shape
in the local deposition and erosion of sediment particleresultingin the local deposition and erosion of sediment particle
Angular velocity(passive) is caused byAngular velocity
a net angular acceleration about O.may causea net angular acceleration about O.
in cavitations of the bacterial cell wallwill resultin cavitations of the bacterial cell wall
from the bicuspid valve morphologyresultingfrom the bicuspid valve morphology
skin irritation or worse an ulcerwould ... causeskin irritation or worse an ulcer
in nearly frictionless musculotendinous movementresultsin nearly frictionless musculotendinous movement
to sustained endothelial nitric oxide releaseleadsto sustained endothelial nitric oxide release
the adhesive bond created between the label ( e.g. , top label 300 ) and the surface to which it is affixed ( e.g. , the base label 100 or container 500 ) to fail along the adhesivemay causethe adhesive bond created between the label ( e.g. , top label 300 ) and the surface to which it is affixed ( e.g. , the base label 100 or container 500 ) to fail along the adhesive
elongated dimples , which are parabolic depressions that coalesce in planes of maximum shear stresswill resultelongated dimples , which are parabolic depressions that coalesce in planes of maximum shear stress
to the recruitment of macrophages to the aneurysm wallcontributesto the recruitment of macrophages to the aneurysm wall
the progression of endothelialization , neointimal hyperplasia , and restenosiscan influencethe progression of endothelialization , neointimal hyperplasia , and restenosis
to fiber failure of the laminated cuffleadingto fiber failure of the laminated cuff
to the activation and expression of all NOS isoforms and NO production , followed by endothelial VEGF secretion , which induces MCP-1 synthesis in endothelium and in the smooth muscle of the medialeadsto the activation and expression of all NOS isoforms and NO production , followed by endothelial VEGF secretion , which induces MCP-1 synthesis in endothelium and in the smooth muscle of the media
shear failurecausesshear failure
to the activation and expression of all nitric oxide synthetase ( NOS ) isoforms and nitric oxide production , followed by endothelial vascular endothelial growth factor ( VEGF ) secretion , which induces monocyte chemoattractant protein-1 ( MCP-1 ) synthesis in the endothelium and in the smooth muscle of the medialeadsto the activation and expression of all nitric oxide synthetase ( NOS ) isoforms and nitric oxide production , followed by endothelial vascular endothelial growth factor ( VEGF ) secretion , which induces monocyte chemoattractant protein-1 ( MCP-1 ) synthesis in the endothelium and in the smooth muscle of the media
endothelial damagecausingendothelial damage
to endothelial changesleadingto endothelial changes