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Questions and Answers
Which factor determines the geometry of the work part in generating operations?
Which factor determines the geometry of the work part in generating operations?
- Type of machining operation
- Feed trajectory of the cutting tool (correct)
- Relative motion between the tool and work part
- Shape of the cutting tool
What type of machining operation is contour turning classified as?
What type of machining operation is contour turning classified as?
- Other Machining Operations
- Rotational
- Forming
- Generating (correct)
How is the shape of the part created in forming operations?
How is the shape of the part created in forming operations?
- By the feed trajectory of the cutting tool
- By the relative motion between the tool and work part
- By generating operations
- By the shape of the cutting tool (correct)
Which type of machine parts can be classified as rotational or non-rotational?
Which type of machine parts can be classified as rotational or non-rotational?
In generating operations, the geometry of the work part is determined by the shape of the cutting tool.
In generating operations, the geometry of the work part is determined by the shape of the cutting tool.
Lathe machines are used for milling operations.
Lathe machines are used for milling operations.
Forming operations rely on the feed trajectory of the cutting tool to create part shapes.
Forming operations rely on the feed trajectory of the cutting tool to create part shapes.
Profile milling is classified as a generating operation.
Profile milling is classified as a generating operation.
Chamfering is the process of creating a flat surface on the end of a rotating work piece.
Chamfering is the process of creating a flat surface on the end of a rotating work piece.
Form turning is also referred to as generating in machining operations on a lathe.
Form turning is also referred to as generating in machining operations on a lathe.
Taper turning creates a cylindrical geometry by feeding the tool linearly in parallel to the axis of rotation.
Taper turning creates a cylindrical geometry by feeding the tool linearly in parallel to the axis of rotation.
Contour turning follows a contour to create a contoured form in the turned part.
Contour turning follows a contour to create a contoured form in the turned part.
In threading, a pointed tool is fed linearly across the inside surface of the rotating work part.
In threading, a pointed tool is fed linearly across the inside surface of the rotating work part.
Boring involves feeding a single point cutting tool linearly, parallel to the axis of rotation, on the outside diameter of an existing hole in the part.
Boring involves feeding a single point cutting tool linearly, parallel to the axis of rotation, on the outside diameter of an existing hole in the part.
Drilling can only be performed on a lathe by feeding the drill perpendicular to the rotating work.
Drilling can only be performed on a lathe by feeding the drill perpendicular to the rotating work.
Knurling is an operation used to produce a smooth finish on the work surface.
Knurling is an operation used to produce a smooth finish on the work surface.
Reaming is used to decrease the diameter of a hole.
Reaming is used to decrease the diameter of a hole.
Counterboring provides a stepped hole where a smaller diameter follows a larger diameter.
Counterboring provides a stepped hole where a smaller diameter follows a larger diameter.
Spot facing is similar to drilling and is used to create internal screw threads.
Spot facing is similar to drilling and is used to create internal screw threads.
Center drilling, also known as centering, establishes the location for subsequent drilling by creating a starting hole.
Center drilling, also known as centering, establishes the location for subsequent drilling by creating a starting hole.
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