「workpiece」の共起表現(1語右で並び替え)

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「workpiece」の共起表現一覧(1語右で並び替え)

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round to a point as to accurately position a	workpiece about an axis.
ends to accurately position a center-drilled	workpiece about an axis, either directly or by using a
The distance of the nozzle from the	workpiece affects the size of the machined area and th
refers to an inspection tool used to check a	workpiece against its allowed tolerances.
was thinned on the side in contact with the	workpiece, although this does not seem to show a great
The solvent condenses on the more frigid	workpiece and the now liquid solvent dissolves the gre
lvents will dissolve the contaminants on the	workpiece and remove them by dripping off the part.
so be used to form a strong bond between the	workpiece and a non-metallic component.
an abrasive slurry freely flows between the	workpiece and a vibrating tool.
ips reduce the length of contact between the	workpiece and the cutting tool, thus reducing friction
The tool never contacts the	workpiece and as a result the grinding pressure is rar
be equal or greater than the hardness of the	workpiece), and the viscosity of the slurry fluid.
f a peen has multiple wheels that circle the	workpiece and combine two similar or non-similar mater
The wheel and	workpiece are rotated in opposite directions, which cr
vaporized metal condenses on the product or	workpiece as a thin metallic film.
indle of a lathe and being used to support a	workpiece being driven by a carrier setup
They are designed so that the	workpiece can be mounted firmly, usually from undernea
d to travel across a fixed work piece or the	workpiece can be moved whilst the grind head stays in
The	workpiece can be reshaped without any contact from a t
ghtly towards the regulating wheel, with the	workpiece centerline above the centerlines of the regu
that involve the directional movement of the	workpiece, Conventional and Climb.
It can be determined how much the	workpiece distorted from the desired shape using a fin
rocesses where the tool does not contact the	workpiece; examples of this type of process include ED
Chips removed from the	workpiece fall through a cavity in front of the file.
ng device is custom made for each respective	workpiece for either manual or automated dipping.
Filing helps achieve	workpiece function by removing some excess material an
One	workpiece has a hole in it while the other has a boss
Unless a	workpiece has a taper machined onto it which perfectly
The	workpiece holder must allow an inclination of 3 to 5 d
The work-holding device is used to hold the	workpiece in place and keep it from moving or buckling
ng a spinning circular saw blade down onto a	workpiece in a short, controlled motion.
The clips are used to hold a light	workpiece in place while the joints allow the user to
e and the user applies that substrate to the	workpiece in question by lamination.
e current is delivered using contacts to the	workpiece instead of using induction.
they have two strokes; one stroke moves the	workpiece into the machine and the second heads the wo
The	workpiece is reshaped by high intensity pulsed magneti
aporized solvent in a closed space where the	workpiece is placed.
The	workpiece is broken down while the tool bends very sli
e finish and form are not critical, then the	workpiece is "spun on air"; no mandrel is used.
The rest of the	workpiece is measured from the face side with the next
If the	workpiece is moving the same direction as the tool rot
If the	workpiece is moving the opposite direction of the Tool
Then the	workpiece is mounted in the workholding device and imm
The	workpiece is placed on the top of the vacuum chamber,
In commercial impression-die forging the	workpiece is usually moved through a series of cavitie
iffer for all the methods but in general the	workpiece is pressed between the grinding head and the
If a	workpiece is too small to be machined in a vise withou
he gauging device is used to ensure that the	workpiece is being cut where it is supposed to be.
One side effect of bending the	workpiece is the wall thickness changes; the wall alon
Miter saws are inherently low hazard as the	workpiece is held stationary against a fence while the
Typically, the	workpiece is immersed in a temperature controlled bath
d either by moving the table (into which the	workpiece is attached), or by moving the tool.
sses, like three-roll-pushbending, shape the	workpiece kinematically, thus the bending contour is n
For example, a	workpiece may be required to have a specific outside d
run out (a variation in concentricity) of a	workpiece mounted in a four-jaw chuck.
In general, the	workpiece must be at least 10 mm (0.4 in) thick, while
The arc is maintained independently of the	workpiece or parts being welded.
Angle plates - assist in holding the	workpiece perpendicular to the table
vibrations that will transfer through to the	workpiece, reducing the quality of the finished workpi
d by moving the tool parallel to the axis of	workpiece rotation.
ant casting), it is simply easier to let the	workpiece sit stationary on a table while all needed m
mill, showing the large boring head and the	workpiece sitting on the table.
w of an abrasive media is extruded through a	workpiece, smoothing and finishing rough surfaces.
articles, or grains, into the surface of the	workpiece so that each particle cuts away a small bit
ial is moved against the milling tool or the	workpiece stays stationary while the arbor milling cut
In an electrically conductive	workpiece, such as steel, the main heating effect is r
In a ferromagnetic	workpiece, such as plastic doped with ceramic particle
ntially influenced by the temperature of the	workpiece surface.
ential barrier between the roll dies and the	workpiece surface.
the distance between the arc stream and the	workpiece surface.
ned as processes where the tool contacts the	workpiece surface; for example: grinding, turning, and
of different sizes can be used to support a	workpiece that doesn't have a 'flat' surface underneat
fter the deforming force is removed from the	workpiece, the workpiece springs back slightly.
One-way systems flow the media through the	workpiece, then it exits from the part.
The maximum	workpiece thickness that has ever been successfully we
nces in addition to the type of material and	workpiece thickness.
known as reducing or necking, allows a spun	workpiece to include reentrant geometries.
A way to fix the	workpiece to the surface so that it may be worked with
material placed in a vacuum chamber with the	workpiece to be coated.
lf has a damaged face, which could cause the	workpiece to be held insecurely.
to force a tool, called a punch, through the	workpiece to create a hole via shearing.
the melting point to finish the surface of a	workpiece to ensure better dimensional accuracy and su
n die and only the surface where the die and	workpiece touch will be sized.
When the	workpiece weighs several tons and towers over the work
lf until it is brought into proximity of the	workpiece where it ignites the main plasma cutting arc
Finally, the	workpiece, whether passivated or not, is dried.
This process produces a near net shape	workpiece, which means the final product is almost fin
excessive cold working of the surface of the	workpiece, which can also cause fatigue cracks.
These stages usually impart the	workpiece with generous bends and large fillets.
The	workpiece would then produce the punch and the die aft

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「workpiece」の共起表現一覧(1語右で並び替え)