by fluid viscosity and an inertial force from the fluid momentum(passive) caused bya shear force
by the flow velocity difference(passive) caused bythe shear force
inertial or external impact(passive) caused byresisting shear force (
toolsdesignedto exert shear force
the power in shearresultingfrom shear force
Applied force Pcausesshear force
by the design load(passive) caused bythe shear force
the design load(passive) caused bythe shear force
by moving in a first linear direction(passive) caused byThe shear force
by the flow of fluid , where as in cartilage in our joints , the tissue and the cells are exposed to compressive forces(passive) caused byshear forces
the flow of fluid , where as in cartilage in our joints , the tissue and the cells are exposed to compressive forces(passive) caused byshear forces
The change of the flow speed in the boundary layercausesa shear force
by a parallel flow of the particle solution(passive) caused bya shear force
by any external force acting perpendicular to the material , or a force which has a component acting tangent to the material(passive) is ... caused byShear force
any external force acting perpendicular to the material , or a force which has a component acting tangent to the material(passive) is ... caused byShear force
by any external force acting perpendicular to the material , or a force which has a component acting tangent to the material(passive) is ... caused byShear Force Shear force
a velocity difference within the boundary layer(passive) caused bya shear force
a fluid velocity that is too high(passive) are caused byShear forces
by moving in a linear direction that is 180 different from the first direction(passive) caused bythe shear force
by plastic deformation(passive) caused bythe shear force
by load(passive) caused bythe shear force
by fluid viscosity(passive) caused bya shear force
the foot to move too muchcausingshear force
foot to move too muchcausingshear force
Factorsinfluencingshear force
up ... the rotation of the screw(passive) set ... byshear forces
by the weight 1(passive) caused bythe shear force
that two movements damage spine discs over timecausesshear forces
Both the bending moment andcausesshear force
by rotational acceleration(passive) caused byThe shear force
by winds on the ocean surface(passive) caused bya shear force
by the rotation of the impeller(passive) caused bythe shear force
by current and particle(passive) caused byshear force
by said relative movement(passive) caused byshear forces
by high vapor velocity(passive) caused bythe shear force
by said tension loading , the tension acting in the direction of said thickness(passive) caused byshear forces
by the material geometry(passive) caused byshear forces
Type 3 fracturesresultfrom shear force
by inertial or external impact(passive) caused byshear force
by the wind(passive) caused bythe shear force
one portion of the objectto causeone portion of the object
or tends to cause two contiguous parts of the melt to slide relative to each other in a direction substantially parallel to their plane cf contactcausesor tends to cause two contiguous parts of the melt to slide relative to each other in a direction substantially parallel to their plane cf contact
a more diffuse injurywould causea more diffuse injury
in excessive shear strain in the material that can change the character of the liquid , break large molecules , or harm transported cells or particlesmay resultin excessive shear strain in the material that can change the character of the liquid , break large molecules , or harm transported cells or particles
any type of failure , numerous other stresses , from tensile to bending occur due to the failure caused by the shear forcecausesany type of failure , numerous other stresses , from tensile to bending occur due to the failure caused by the shear force
to a larger deformation ( e.g. , deflection , joint opening and rotational angle ) before the failurewould leadto a larger deformation ( e.g. , deflection , joint opening and rotational angle ) before the failure
shear deformation of the material and increase the transverse deflection of the membercauseshear deformation of the material and increase the transverse deflection of the member
in excessive shear strain in the material that can change the character of the liquidmay resultin excessive shear strain in the material that can change the character of the liquid
shear deformation of the materialcauseshear deformation of the material
to shear strain , which is the deformation of a cellcan leadto shear strain , which is the deformation of a cell
two contiguous parts of the same body to slide relative to each other in a direction parallel to their plane of contactcausestwo contiguous parts of the same body to slide relative to each other in a direction parallel to their plane of contact
the movable rotor member to rotate relative to and away from the driven rotor membercausesthe movable rotor member to rotate relative to and away from the driven rotor member
a material to bend , slide or twistcan causea material to bend , slide or twist
to failure of the materialto ... can leadto failure of the material
unexpected shear cracks and deflection of the structurecan causeunexpected shear cracks and deflection of the structure
shear deformationcauseshear deformation
shear deformation of a material and increase its slanting deflectioncauseshear deformation of a material and increase its slanting deflection
the two adjacent portions of the fastener to slide in opposite directions parallel to their contact surfacecausesthe two adjacent portions of the fastener to slide in opposite directions parallel to their contact surface
from traction on the skin , which causes a relative displacement of the underlying structuresresultfrom traction on the skin , which causes a relative displacement of the underlying structures
from lateral movement of frameresultingfrom lateral movement of frame
local deformation and the first wrinkling critical forces are most affectedcauseslocal deformation and the first wrinkling critical forces are most affected
in failure of the jointresultin failure of the joint
from a normal or tangential component of a force applied to a solid body in contact with the fluid layer in one embodimentmay resultfrom a normal or tangential component of a force applied to a solid body in contact with the fluid layer in one embodiment
blocks of crust to break apart along deep cracks in the crust called 72 A shear forcecan causeblocks of crust to break apart along deep cracks in the crust called 72 A shear force
contiguous parts of a structure or liquid to slide relative to each othercausecontiguous parts of a structure or liquid to slide relative to each other
in smaller test areawill resultin smaller test area
injurymay causeinjury
Shear stresses(passive) are caused byShear stresses
the result of the longitudinal reinforcement ... because a part of the shear force is going to stirrups , part to the concrete compression strut and a part to the longitudinal reinforcementinfluencesthe result of the longitudinal reinforcement ... because a part of the shear force is going to stirrups , part to the concrete compression strut and a part to the longitudinal reinforcement
the bond to weaken or fracturemay causethe bond to weaken or fracture
the cells to flow past one another as they do during development or collective migrationwould causethe cells to flow past one another as they do during development or collective migration
in shear strainoften resultin shear strain
to damagecan leadto damage
parts of a material to slide past one another in opposite directionscausesparts of a material to slide past one another in opposite directions
parts of material to slide past one another in opposite directionscausesparts of material to slide past one another in opposite directions
in increased strengthresultingin increased strength
the failure(passive) caused bythe failure
to the parallel movement of one vertebra to the adjacent vertebraleadsto the parallel movement of one vertebra to the adjacent vertebra