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the compressive residual stress with respect to a first neutral axis when the shape memory alloy is phase - transformed due to temperature rise(passive) caused bya bending moment
the transverse loadscausebending moment
transverse external loadscausebending moment
the assist gas jet on the thermal barrier coating layer(passive) created bya bending moment
an impact load loaded toward the front side of the vehicle(passive) caused bya bending moment
It turns out the loadcreatesa bending moment
a constant loadcreatinga bending moment
the excessive loadcausingbending moment
The braking loadwould have createda bending moment
one loadcreatesa bending moment
load ... the samplecausedbending moment
the weight load applied to the screw assembly(passive) caused bya bending moment
Beams ... structural elements carrying external loadscausebending moments
the weight acts on the pump body 65(passive) caused bya bending moment
A load on the end of a beamcreatesa bending moment
the frontal crash load(passive) caused bya bending moment
the rotation of the temple portion 40A.(passive) caused bya bending moment
a transverse load applied to a distal end of the upper jacket to minimize an increase in a sliding frictional force between the bushing and the lower jacket.2009 - 10 - 15 20090256343MODULAR REAR AXLE ASSEMBLY OF A MOTOR VEHICLE(passive) created bya bending moment
the compressive residual stress with respect to a first neutral axis , wherein , when the shape memory alloy is phase - transformed due to a rise in temperature(passive) caused bya bending moment
the weight of the floor slab and the live load(passive) caused bya bending moment
the oblique wires 110A(passive) caused bya bending moment
A slab ... plane external loadcausesbending moments
the dead load of the column ( 2 ) and the live load(passive) caused bya bending moment
an imbalance of axial forces on the cathetercausesa bending moment
Any length of paddle shaft extensioncreatesa bending moment
an unbalanced load applied during movement of the vehicle(passive) caused bya bending moment
shear load Q Ed M QEd(passive) caused bybending moment
centrifugal load on points that are radially above the centroid(passive) caused byBending moment
semi - form - active load patterns(passive) caused bybending moment
Gravity loadscausebending moments
applied loadscreatingbending moment
loading on the hangerassembly(passive) caused bya bending moment
rider weightcreatesa bending moment
the weight of the plunge(passive) caused bya bending moment
The axial force , or thrustmay causea bending moment
the impact load acting on the rear side of the vehicle(passive) caused bya bending moment
such an impact load exerts on the side frames 118A(passive) caused bya bending moment
such an impact load exerts on the side frames 140A(passive) caused bya bending moment
the tension within the chain(passive) caused bya bending moment
The load on rigid pipes concentrates at the top and bottom of the pipethus creatingbending moments
a deflection of it at the transducer region 20 from the axis A � A.causinga deflection of it at the transducer region 20 from the axis A � A.
in a sufficient curvature of the distal section of the lead body and the lead bodyresultingin a sufficient curvature of the distal section of the lead body and the lead body
a downward swinging movement of the front portion of the module body 31causinga downward swinging movement of the front portion of the module body 31
tension and compression stress in beamscausetension and compression stress in beams
distortion(passive) caused bydistortion
from force 468 applied by the material through which the borehole is drilledresultingfrom force 468 applied by the material through which the borehole is drilled
in a stress of 7MPa in the large cross - section hubresultingin a stress of 7MPa in the large cross - section hub
to a relatively easy disengagement of the male and female housings as shown in FIG . 32will leadto a relatively easy disengagement of the male and female housings as shown in FIG . 32
axial stress in a cantilever beam.142 National Research Council , 178 Naumer , B.T. Bacteriolcausedaxial stress in a cantilever beam.142 National Research Council , 178 Naumer , B.T. Bacteriol
angular deformation of a structure(passive) caused byangular deformation of a structure
deformation of at least the basecausesdeformation of at least the base
axial stress add forex link a cantilever beamcausedaxial stress add forex link a cantilever beam
forex long candle system stress in a cantilever beamcausedforex long candle system stress in a cantilever beam
30 the cross - section(passive) caused by30 the cross - section
tension on top of the beamcausingtension on top of the beam
compression and tension loads oncausingcompression and tension loads on
from the shear forcesresultingfrom the shear forces
shear tr7creatingshear tr7
from downwardly directed forces on said floor assemblyresultingfrom downwardly directed forces on said floor assembly
the beam to bendcausesthe beam to bend
beam to deformcausesbeam to deform
the beam to deflectcausesthe beam to deflect
from triangular loadsresultingfrom triangular loads
from these loads.mathworksresultingfrom these loads.mathworks
from gravity loadsresultingfrom gravity loads
By Askew LoadsCausedBy Askew Loads
from the applied loadsresultingfrom the applied loads
in the deflection of the membraneresultingin the deflection of the membrane
in deflection of the plate when subjected to a forcecan resultin deflection of the plate when subjected to a force
high tensile stress on the external joint face and compressive stress on the internal joint facecausinghigh tensile stress on the external joint face and compressive stress on the internal joint face
high tensile stress on the internal joint face and compressive stress on the external joint facecausinghigh tensile stress on the internal joint face and compressive stress on the external joint face
from the movement of the animalresultingfrom the movement of the animal
in failure at that pointcan resultin failure at that point
failure in the tree itselfcan causefailure in the tree itself
from the external forceresultingfrom the external force
from centrifugal forceresultingfrom centrifugal force
from the inertial forceresultingfrom the inertial force
a compression force(passive) caused bya compression force
in a sufficient curvature of the lead bodyresultingin a sufficient curvature of the lead body
part warpagewill causepart warpage