It would appear that lockin thermography could 'just' assess the presence and distribution of the z pins in the composite structures. It was also possible to detect thickness variations specimens that were approximately 12 mm thick.
Thermographic Tools for Quality Control and Damage Assessment of Z- Pinned Composite Space Structures
2005
85 pages
Report
Keine Angabe
Englisch
Nondestructive testing , Damage assessment , Variations , Thermography , Manned Spacecraft , Composite structures , Spacecraft , Nondestructive evaluations , Z-pinned composite space structures , Thickness , Unmanned Spacecraft , Foreign reports , Engineering , Nondestructive Testing , Quality control
DESIGN DILEMMA FOR Z-PINNED COMPOSITE STRUCTURES
British Library Conference Proceedings | 2010
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