Loading ...
Simply putsdiscoveringinternal forces ( axial force , shear force , minute ) , tension , stress , deflection etc in a structure under used load conditions
the contact pressure distributioninfluencesthe shear force distribution and the slip characteristics around the peak longitudinal force
External loadcausesaxial pressure and shear ( i.e. , force or stress
Pattern loadingcausesinsignificant changes in the beam shear force and column axial force
the activity of antioxidant enzyme and MDA contentinfluencedwater - holding capacity ( WHC ) , shear force and IMF
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
the longitudinal reinforcementdesignedfor the effect of a tensile force due to shear and torsion
External loadingresultingfrom axial tension Base shear force
When the resulting sandwich is vibrated , the sandwich is bentcausingshear forces to pull and stretch on the VE damping material
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
by rupture(passive) caused bythe process of rolling rolling force and shear force
large stresscausingby shear force , axial force and bending moment
by the relative displacement between the two corner points(passive) are caused bythe press force , tension force and shear force
craftsman plier set craftsman plierssetgripping force and 1 cutting force
gravity load in the direction normal to its axisresultsin bending moment and shear force
if a horizontal force is presentcausinga bending moment and shear force
gravity load ... its axisresultsin bending moment and shear force
steel brackets(passive) caused byShear forces and lateral pressure
only vertical component of the inclined loadwill causethe shear force and bending moment
its axisresultsin bending moment and shear force
The loadscausebending moment , shear forces and in
the loadscausebending moment shear forces and
further expansion and crackinginfluencestensile strength and eventually the structural capacity
no referenceto designbending moment or shear force
The forces acting on each rail 300may causeshear and bending moment forces
Rapid weight gaincausesexcessive torque and shear forces
This meansmust be designedfor bending moments ... shear forces , and axial forces
As per the revised bye - law , buildings haveto be designedto withstand seismic force and wind force
process compression forcecausescompression force and inertia force
a compressioncausingforce or tension causing force
by high speed rotating rotor and collision force caused by the high speed rotating rotor(passive) caused bythe impact force and shear force
by high speed rotating rotor and collision force caused by the high speed(passive) caused bythe impact force and shear force
accelerationmay leadto shear , tensile and compression forces
by high speed(passive) caused bythe impact force and shear force
by high speed rotating r(passive) caused bythe impact force and shear force
concentric contraction of the ankle plantar flexors(passive) to be caused bythe shear force and pressure
by bit deflection(passive) caused byaxial force , torque and radial force
by envelope loading(passive) caused byshear and moment forces
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
power to be transmittedcausespower to be transmitted
to injurypotentially leadingto injury
The cross section(passive) is designedThe cross section
in various forces acting on the lumbar spine and sacrumresultin various forces acting on the lumbar spine and sacrum
to fatigue and ultimate failure of componentsleadto fatigue and ultimate failure of components
Type S22 modules(passive) are designedType S22 modules
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
the efficiency of the actioninfluencesthe efficiency of the action
the shear strain(passive) caused bythe shear strain
Axial Loaded ColumnsSteel columns(passive) will be designedAxial Loaded ColumnsSteel columns
different types of failurecausedifferent types of failure
the load(passive) caused bythe load
from the above calculated Wind Forceresultingfrom the above calculated Wind Force
Damage(passive) is caused byDamage
the deformation(passive) caused bythe deformation
to cartilage regeneration37 and exerts a chondroprotective effect50leadsto cartilage regeneration37 and exerts a chondroprotective effect50
ion(passive) can advantageously be designedion
shear failure of the boltcausesshear failure of the bolt
the fuselage(passive) is mainly designedthe fuselage
by static axial loadcausedby static axial load
from the checkresultingfrom the check
by staticcausedby static
a haptic effect(passive) caused bya haptic effect
a first shear pin to breakmay causea first shear pin to break
to brain injuryleadingto brain injury
oftencauseoften
stress(passive) caused bystress
to tornleadto torn
its unique stress field(passive) is ... composed byits unique stress field
glasscausesglass
glass to resist breakagecausesglass to resist breakage
a neck fracture(passive) caused bya neck fracture
The fracturing of the rock(passive) can be caused byThe fracturing of the rock
the crack to stretch and form a macroscopic macroscopic holecausethe crack to stretch and form a macroscopic macroscopic hole
The double roller crusher and roll sizer(passive) are influenced byThe double roller crusher and roll sizer
failuremay causefailure
The concrete(passive) is designedThe concrete
Viscosity(passive) may be influenced byViscosity
compressive and shear stressescausecompressive and shear stresses