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Predicting and preventing in-plane shear induced fiber angle deviations during automated handling of non-crimp fabrics
C.M. de Zeeuw
Research output
:
Thesis
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Dissertation (TU Delft)
47
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Dive into the research topics of 'Predicting and preventing in-plane shear induced fiber angle deviations during automated handling of non-crimp fabrics'. Together they form a unique fingerprint.
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Engineering
Non-Crimp Fabric
100%
Fiber
100%
In-Plane Shear
100%
Accuracy
100%
Composite
50%
Structural Materials
50%
End Product
50%
Aircraft
50%
Research
50%
Final Product
50%
Gas Fuel Manufacture
50%
Manufacturing Cost
50%
High Quality
50%
Keyphrases
In-plane Shear
100%
Non-crimp Fabric
100%
Pick-and-place
100%
Automated Handling
100%
Angle Deviation
100%
Fiber Angle
100%
Manufacturing Cost
33%
Structural Materials
33%
Automated Manufacturing
33%
Pick-and-place Operation
33%
Amores
33%
INIS
layers
100%
fibers
100%
shear
100%
manufacturing
66%
accuracy
66%
operation
33%
cost
33%
aircraft
33%
industry
33%
structural materials
33%
Psychology
Reinforcement
100%
Quality
50%
Research
25%