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Force-based approach to on-line flute breakage detection in a peripheral end milling process
D. J. O'Brien
, J. W. Sutherland
,
S. G. Kapoor
Research output
:
Contribution to conference
›
Paper
›
peer-review
Overview
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Dive into the research topics of 'Force-based approach to on-line flute breakage detection in a peripheral end milling process'. Together they form a unique fingerprint.
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Keyphrases
Breakage
100%
Breakpoint Detection
100%
End Milling Process
100%
Force-based
100%
Force Signal
50%
Cutting Force Signal
50%
Steady State
33%
Dynamic Structure
33%
Cutter Runout
33%
Limit of Detection
16%
Signal Processing Techniques
16%
Time Application
16%
Confidence Level
16%
Step Signal
16%
Autoregressive Model
16%
Number of Points
16%
Forecast Error
16%
Cutting Conditions
16%
Dynamic Component
16%
Online Application
16%
Entry-exit
16%
Down Milling
16%
Error Series
16%
Differencing Technique
16%
Milling Test
16%
Engineering
Breakage
100%
End Milling
100%
Force Signal
75%
Cutting Force
37%
Dynamic Structure
25%
Cutter Runout
25%
Detection Limit
12%
Desired Level
12%
Signal Processing
12%
Forecast Error
12%
Dynamic Component
12%
Cutting Condition
12%