Data to be processed: Difference between revisions
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*Rotation speed | *Rotation speed | ||
*Welding speed | *Welding speed | ||
*Tool design | |||
*Tool | |||
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*Tool temperature | *Tool temperature | ||
*Clamping forces | *Clamping forces | ||
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*Workpiece materials | *Workpiece materials | ||
*Workpiece cleanliness | *Workpiece cleanliness | ||
* | *Tool materials and coatings | ||
*Temperature of the workpieces | *Temperature of the workpieces | ||
*Temperature of the fixture | *Temperature of the fixture | ||
*Geometry of the set-up | *Geometry of the set-up | ||
*Spindle tilt angle | |||
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*Tensile strength | *Tensile strength | ||
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*Tool position | *Tool position | ||
*Tool forces | *Tool forces | ||
*Spindle torque | |||
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Revision as of 16:27, 29 April 2021
Data to be processed in the aiCAMstir project are parameters, variables, boundary values and quality.
According to digitalisation and data processing experts, the following categorisation of key data could be considered:
Parameters | Variables | Boundry Values | Quality |
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Values that you set | Values that result during welding | Values that affect the results | Quality |
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The categorisation depends on the concept and complexity of the machine. Modern FSW machines provide close-loop force and position control algorithms, which complicate the distinction between parameters and variables. Some machines use the temperature as a parameter that can be set, e.g. to change the parameters if the tool gets too hot.
Please feel free to improve the classification above or to propose an alternative classification.