what is axial run out?
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Axial run-out is the result of a rotating component not being parallel with the axis, such as a drill chuck not holding the drill exactly in line with the axis.
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Axial Modes involve just two parallel surfaces – opposite walls, or the floor and ceiling. In other words, an Axial mode consist of waves resonating only along one dimension such as the length, width or height of the room. Normally the axial modes have the most strength while the oblique modes have the lowest strength.
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Axial. An axial misalignment means the two ends of each axis, or shaft, don't meet. They are parallel, but when fully extended, the ends do not come together. This kind of misalignment can also be called an end float because the ends of the shafts “float” but do not connect, meaning they can move in and out.
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Measurement of runout is typically performed using an instrument such as a dial indicator (Figure 2), and readings are expressed as Total Indicator Reading (T.I.R.) or Full Indicator Movement (F.I.M.).
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Noun. 1. axial motion - rotary motion of an object around its own axis; "wheels in axial rotation" axial rotation, roll. gyration, revolution, rotation - a single complete turn (axial or orbital); "the plane made three rotations before it crashed"; "the revolution of the earth about the sun takes one year"
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Axial/Abaxial: Axial -- directed toward the longitudinal central axis of a limb. Abaxial -- directed away from the longitudinal central axis of a limb.
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Within and inspired by grounded theory, axial coding is the process of relating pieces, or codes, of data to each other. In other words, using deductive and inductive reasoning, axial coding is a process of looking for relationship identification between open codes.
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There are a few organic solvents, such as ethanol, which can be disposed of down the drain.
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The actual discharge of an axial piston pump is usually defined as the difference between the theoretical pump discharge and the total leakage. Volumetric efficiency is defined as the ratio between the actual and the theoretical pump discharge. It depends on the properties of fluid and pump characteristics.
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Too much air flowing into the intake causes the engine to lean out [too much air in relation to the fuel] and misfire. At an idle, the PCV valve restricts air flow, to reduce this problem. At high manifold vacuum [idle], a spring loaded valve is drawn up and partially restricts flow to the crankcase.
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Axial resolution Axial (also called longitudinal) resolution is the minimum distance that can be differentiated between two reflectors located parallel to the direction of ultrasound beam. Mathematically, it is equal to half the spatial pulse length. Axial resolution is high when the spatial pulse length is short.
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Axial displacement corresponds to movement in one dimension only along an axis. This means that the object does not rotate in any direction. It only translates in one direction only, for example; from right to left and vice versa, from top to bottom and vice versa, or back and forth.
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Concentricity is the derived centerpoint/line between two objects that NOMINALLY share a center. It has no form control. Only location. Runout is the deviation from NOMINAL form about a centerline (often not its own centerline) which controls both form and location.
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- To use all or a lot of something. use up. run out. eat into.
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Runout in the hub and a new rotor can stack up to cause lateral runout that's beyond the specifications. The main culprit of chronic pulsation is disc thickness variation (DTV) or parallelism. The two friction surfaces of a rotor are designed to be parallel to one another within a certain specification.
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Axial skeleton. The part of the skeleton that consists of the bones of the head and trunk of a vertebrate. In the human skeleton, it consists of 80 bones. Skull. a framework of bone or cartilage enclosing the brain of a vertebrate.
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Axial load. Axial loads are applied along the longitudinal or centroidal axis of a structural member. If the action of the load is to increase the length of the member, the member is said to be in tension (Fig. 3.1(a)) and the applied load is tensile.