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Anyone know the detail about it? how we define the class of corrosion?
The discussion revolves around the classification of corrosion within the aviation industry, focusing on the definitions, degrees of severity, and inspection criteria related to corrosion in aircraft components. Participants explore various types of corrosion and the regulatory frameworks governing their assessment.
Participants do not reach a consensus on a singular definition or classification of corrosion, and multiple competing views regarding inspection criteria and regulatory standards remain. The discussion reflects uncertainty about the specifics of corrosion classification and reporting requirements.
Limitations include the lack of a comprehensive, universally applicable corrosion specification and the dependence on manufacturer guidelines and regulatory authority standards. The discussion also highlights the need for further elaboration on specific types of corrosion and their implications for safety.
This discussion may be useful for professionals in the aviation industry, corrosion specialists, safety inspectors, and those interested in regulatory standards related to aircraft maintenance and safety.
Criteria would be set by the manfucturer or safety authority, and there is no catch all. It depends on the many factors such as whether or not the component is load bearing or safety related.FredGarvin said:Inspection criteria for any aircraft component is usually spelled out in the inspection procedures by the manufacturer. I can't think of a general "catch all" type of corrosion spec that covers everything.
The FAA Center for Aviation System Reliability (CASR) has worked closely with the FAA Nondestructive Inspection (NDI) Training Design Panel to develop a revised course for FAA Aviation Safety Inspectors (ASI) that relates the performance of NDI to the ASI job responsibilities.