The bending which a beam or girder undergoes from its own weight or by reason of a load.
1) The deviation from zero or other neutral value by the indicator of a measurement instrument. 2) The movement of a structure or structural part as a result of stress.
Deviation from a straight line under load or rotational speed.
The deformation caused by the loads.
The bending of a structural member due to applied forces.
(grating) - The amount of “give” or sag the grating undergoes under a given weight load. The standard acceptable deflection for most bar gratings is 1/4 inch.
the amount of flexural deformation of a pallet or pallet component due to the weight of an imposed load; sag
elastic movement of a structural member under a load
The bending or twisting of a structural member from its own weight or an applied load.
It is the difference between the free radius and the loaded radius of a tyre.
The vertical distance between the chord and skyline, usually measured at midspan and expressed as a percentage of the span. Also known as "sag".
The displaced reaction of a ball once it hits the pins.
The movement of the ball after it hits the pins.
Vertical movement of top of frame in inches resulting front compression of springs due to imposing of load on vehicle..
Usually used to describe the maximum amount of bending that takes place when a force such as a nipping roll is applied to another roll surface. Two examples where such bending occurs are tension isolation nip rolls and lay-on (contact or rider) rolls. This term sometimes is used when describing the total amount of bending that a mandrel under- goes during winding.
The movement or "sag" of a member caused by loading that is often expressed as a fraction of the span in inches. The modulus of elasticity is a measure of the stiffness of material of a measure of resistance to deflection (bending).
(1) The internal movement in a galvanometer, in response to current, which produces the excursion on a logging trace or curve.(2) The lateral movement or excursion of a curve is often referred to as a deflection.(3) A change in the drilling angle of the borehole. In directional drilling, it is the angle in degrees from vertical. The angle of deviation.
Amount a member sags or displaces under the influence of forces.
Downward vertical displacement of a truss due to loads.
Motion of spring ends or arms under the application or removal of an external load (P).
the movement of the pointer or pen of a measuring instrument from its zero position
The bending of a material between supports when a load is applied.
The vertical displacement that occurs when a beam is loaded, generally measured at positions between supports or at the end of a cantilever.
Motion imparted to a spring by application or removal of an external load.
deviation of a pavement from profile under weight loads.
Movement of the ball as it makes contact with the pins and consequently angles away to hit the pins from the left to the right.
The movement of some component due to the imposition of a force. In vibratory systems, deflection may be due to static or dynamic forces.
When a pavement is moved only temporarily because of traffic loads.
The measurement of board/panel "sag" between supports when a load is applied - such as with shelving.
Deflection (sagging) occurs to structure when the structure is subject to imposed loads such as the weight of the structure itself, furnishings, people, etc. It is normal for structure to deflect, there are codes that detail accepted deflection.
Displacement due to bending or twisting in a vertical or lateral plane, caused by the imposed live and dead loads.
The lateral movement from the natural path of the cueball whenever sidespin (english) is imparted. It varies according to the cue, amount of side, force of shot etc.
The amount of bending movement of any part of a structural member perpendicular to the axis of the member under an applied load.
A movement that changes shape or position reacting to an outside force.
Movement in a truss due to the applied loads.
The movement of the ball or pins when they contact each other. Deflection is neither good nor bad, but you can have too much or too little. Deflection is needed to make many spares and to get strikes.
The difference in elevation of the track between an unloaded crane and a fully loaded crane; usually measured in inches. Typical Gorbel designs are L/450 for bridge cranes, L/320 for wall mounted work station jibs, and L/200 for free standing work station jibs and L/450 for aluminum work station jibs (AL100), where L= support center distance or span. /FONT
Literally, the amount of movement the indicator of an instrument makes when sensing. Also called the reading of the instrument.
Deviation from a straight line under load. Fountain roll pressure against the anilox roll causes both to bend or bow slightly. Excessive bending of both or either one will result in uneven ink metering and subsequent nonuniform printing.
The amount of bending or the deviation from a straight line or a plane when a force or load is applied to a surface of a machine member or part.
(center of glass): The amount of bending movement of the center of the glass lite perpendicular to the plane of the glass surface under an applied load.
Downward vertical movement of a truss (when in place) due to dead and live loads.
Movement or displacement of the shaft in a radial direction.
Vertical, or axial, displacement error of a disc measured from a flat reference plane.
Amount of displacement incurred in a bowling ball's trajectory after making contact with a headpin.
The term applied to the physical displacement of glass from its original position under load.
The distortion or bending of the die or components thereof. Insufficient support of die will cause it to deflect, lessening the effectiveness of the bearing; also termed dishing, caving, and sagging.
The amount of bending or deformation that an iron casting endures due to an external load. Deflection is an important consideration for companies that plan on supporting a load with a gray iron casting.
The amount of deformation that occurs upon the application of stress to grating. Acceptable deformation usually measures about 0.25".
The change of length along the primary axis of the load cell involving no-load and rated-load conditions.
The movement of a stained glass window out of its original design plane. An example would be a rippled effect along the surface of the window.
The displacement of a structural member or system under load.
The vertical movement of a pavement under load. This is often measured to determine the pavement life and existing wear rate of the pavement, and can determine rehabilitation programmes.
The distance an elastic body or spring moves when subjected to a static or dynamic force. Typical units are inches or mm.
The bending of wood due to live and dead loads.
The deformation of a structural component
Deformation within the elastic range caused by a load or force that does not exceed the elastic limit of the material. Temporary deformation such as that of a spring.
The perpendicular distance a beam bends from straight, due to load and span.
Displacement of a member usually due to dead and live loads.
The downward displacement of a structural member under load.
the bending of a building member by its own weight or by added weight, whether live or dead
The temporary movement of a pavement structure due to traffic loads.
The change in twist or length along the primary axis between no-load and rated load conditions.
The bending of rays of light from a straight line.
Deflection is the amount of movement of the receptacle spring when locked on to the stud. The stud is secured in place by the pressure of the spring in the cam. In order for the spring to ride over the cam to the locked position, the spring must be deflected (moved). The minimum / maximum / actual deflection is the amount of this movement. Minimum is the amount which must be moved in order for the lock to be secure. The maximum deflection is the amount which, if exceeded, would prevent the stud from locking on. The actual deflection is the amount of spring movement calculated based on the parameters provided.
Vertical distance between the skyline, measured at midspan, and the straight-line "chord" between the two endpoints; frequently expressed as a percentage of the horizontal span length
The deference between a tire's unloaded or free radius and the loaded radius.
Displacement that occurs when a load is applied to a member or assembly. The dead load of the member or assembly itself causes some deflection as may occur in roofs or floors at mid-span. Under applied wind loads maximum deflection occurs at mid-height in partitions and walls.
The transverse displacement of a structural member in the direction of load and measured from its no-load position.
The amount by which a horizontal member bends at the center under stress.
Bending or sagging that occurs when structures are subjected to heavy weights, furnishings, people, etc. Some sagging is acceptable.
The change in the tire's vertical and lateral dimensions when it is placed under load.
The amount of sag in a shelf, floor, joist, or counter caused by the weight it's supporting.
The amount of deformation or bending in a pallet or pallet component under load
Displacement of the ends or arms of a spring on the application of an external force (P).
Bending or deviation from a straight line or course. Used here as the standard by which allowable load for suspension system components is measured.
Motion of spring ends or arms under external load (P). E-L
The ability to absorb energy over a certain distance, to store this completely or partially as deformation energy and to release the energy when the load is removed (hysteresis).
Elastic movement of a structure or parts of a structure under applied loads. (e.g. beam deflection, frame deflection).
A variation in the position or shape of a structure element due to the effect of loads or volume change; usually measured as a linear deviation from an established plane rather than an angular variation.
The change in length along the primary axis or distance a diaphragm moves at the center between no-load and rated load conditions.
The amount of deviation from a straight line or plane when a force is applied to a press member. Generally used to specify the allowable bending of the bed, slide, or frame at rated capacity with a load of predetermined distribution.
The displacement of an electron beam from its line of sight path.
1. Moving or bending of an object when a load or force is applied to it. 2. Turning aside or deviating from a straight course.