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Hintze, Wolfgang
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Publications (6/6 displayed)
- 2024Prediction of surface profile in CFRP machining through phenomenological analysis and inverse continuous wavelet transformation
- 2024Influence of spatial engagement angles on machining forces and surface roughness in turning of unidirectional CFRP
- 2023Model based prediction of force and roughness extrema inherent in machining of fibre reinforced plastics using data merging
- 2020Automated removal of carbon fiber reinforced plastic layers for the repair by adhesive bondingcitations
- 2017Influence of curved workpiece contours on delamination during end milling of FRP
- 2014Constant depth scoring of fibre reinforced plastic structures to prevent delamination
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document
Influence of curved workpiece contours on delamination during end milling of FRP
Abstract
When end milling long fiber reinforced composites, fiber protrusions of the top layers can occur. The lengths of fiber protrusions found on real workpieces with curved contours cannot be explained so far. The lengths of individual fibers to be cut along the tool path depend on tool diameter, local fiber orientation and path geometry. All fibers are separated into two ends at the initial contact with the tool. They define the theoretical maximum lengths of fiber protrusions. A model for these observations has been established. The model is validated by milling experiments using curved contours.