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Simply putsdiscoveringinternal forces ( axial force , shear force , minute ) , tension , stress , deflection etc in a structure under used load conditions
the movement of a unit load across a structureinfluencesa force effect ( reaction , axial force , shear , or bending moment ... at one point in the structure
the movement of a unit load acrossinfluencesa force effect ( reaction , axial force , shear , or bending moment ... at one point in the structure
The columnswere designedto resist axial compression forces and bending moment due to gravity load
from applied current(passive) are resultedThe forces acting on piston of linear compressor such as spring force , damping force and electric forces
the steel barwill causeradial stiffness and deformation under the action of axial force because of its own weight
The enemy attemptsto discoverthe strength , composition , and location of the units that constitute the fixing force and the striking force
In this case , undissolved V carbide remainscausesa problem in that the strength and ductility of the mechanical structural member deteriorate
External loadcausesaxial pressure and shear ( i.e. , force or stress
by the weight of the rotor(passive) caused bya downward force ... , and axial forces that are caused by the momentum of the drilling fluid
membersdesignedto carry the flexural forces induced by lateral loads , as well as the axial forces
In all likelihood , there is loadingresultsin both tension and compression forces upon the structure
Pattern loadingcausesinsignificant changes in the beam shear force and column axial force
varying intensityleadsto the decrease in shear strength and increase in shear forces
by attraction(passive) caused bymagnitude of strengthen of grid structure , i.e . stactic shear force
by attraction and bonding(passive) caused bymagnitude of strengthen of grid structure , i.e . stactic shear force
strip ( platedesignedfor the strengthening of structural members against tensile , shear and impact forces
conditionsresultin tensile , shear , and flexural forces greater than the strength of the pavement
In this position the fore and after ends of the vessel will bend downwardscausingcompression forces in the keel area and tension forces
by the pressure medium(passive) are caused bythe axial force and the spring force ... acting on the two groups of mechanical seals
a carbon fiber uni - directional sheetdesignedfor the strengthening of structural members against tensile , shear and impact forces
attraction and bonding among many clay grains(passive) caused bymagnitude of strengthen of grid structure , i.e . stactic shear force
by attraction and bonding among many clay grains(passive) caused bymagnitude of strengthen of grid structure , i.e . stactic shear force
The fibercontributethe high tensile properties for rigidity and strength
This flow separationleadsto lift force and drag force of the propeller.9
the type and characteristics of the shear reinforcing system(passive) are strongly influenced byThe punching shear strength and deformation capacity
large stresscausingby shear force , axial force and bending moment
structural characteristicsresultedfrom by distributions of lateral shear strength and shear stiffness of structural elements
by the relative displacement between the two corner points(passive) are caused bythe press force , tension force and shear force
many factorscausedifferences between the measured axial force and the designed axial force
gravity load in the direction normal to its axisresultsin bending moment and shear force
the distribution of earthquake loadinfluencesthe structural shear force and the displacement
gravity load ... its axisresultsin bending moment and shear force
by the load(passive) caused byboth shear force and bending moment
further expansion and crackinginfluencestensile strength and eventually the structural capacity
the stress concentrationcontributesto a mixed strength combining both shearing force and tensile force
This meansmust be designedfor bending moments ... shear forces , and axial forces
an axial offsetcausesboth an axial force and a bending moment
accelerationmay leadto shear , tensile and compression forces
A load ... anythingcausesforce to be exerted on a structural member
the frame(passive) caused bythe frame
which ... to transferis designedwhich ... to transfer
The columns(passive) were designedThe columns
The columns(passive) must be designedThe columns
The web member(passive) is designedThe web member
to gasket destruction owing to formation of cracks and rupturescan leadto gasket destruction owing to formation of cracks and ruptures
The fixed points ... the frictional forces of the pipe guides and the flow forces(passive) must be designedThe fixed points ... the frictional forces of the pipe guides and the flow forces
the longitudinal compression or shrinkagecausesthe longitudinal compression or shrinkage
to injurypotentially leadingto injury
The columns(passive) are designedThe columns
either direct stress or direct and bending stresscauseseither direct stress or direct and bending stress
a mountain type(passive) caused bya mountain type
All the columns elements(passive) are designedAll the columns elements
in various forces acting on the lumbar spine and sacrumresultin various forces acting on the lumbar spine and sacrum
in a column capacityresultin a column capacity
These bearing mounts(passive) are designedThese bearing mounts
in a self - supported rolled actuatorwill resultin a self - supported rolled actuator
The gimbal ring , hinged and pins(passive) are designedThe gimbal ring , hinged and pins
that deformation(passive) is caused bythat deformation
Type S22 modules(passive) are designedType S22 modules
the bending of the beamwould influencethe bending of the beam
from the load combinations with overstrength factor in Section 12.4.3.2 of ASCE 7 or development of the full axial , bending and shear nominal strength of the elementresultingfrom the load combinations with overstrength factor in Section 12.4.3.2 of ASCE 7 or development of the full axial , bending and shear nominal strength of the element
Axial Loaded ColumnsSteel columns(passive) will be designedAxial Loaded ColumnsSteel columns
the stress(passive) caused bythe stress
to be opposite that of the anticipated load applicationis ... designedto be opposite that of the anticipated load application
the deformation(passive) caused bythe deformation
wear(passive) caused bywear
to cartilage regeneration37 and exerts a chondroprotective effect50leadsto cartilage regeneration37 and exerts a chondroprotective effect50
ion(passive) can advantageously be designedion
the fuselage(passive) is mainly designedthe fuselage
a haptic effect(passive) caused bya haptic effect
a haptic effect(passive) caused bya haptic effect
the ice to buckle and crackcan causethe ice to buckle and crack
the uniform stresses(passive) caused bythe uniform stresses
stress(passive) caused bystress
the insert to failcausethe insert to fail
rapid decelerationto causerapid deceleration
The two presses and all the reference transducers from HBM(passive) are designedThe two presses and all the reference transducers from HBM
Overall light poles(passive) are designedOverall light poles
The weight sensors(passive) are preferably designedThe weight sensors