The use of reliability techniques in civil aircraft structural airworthiness — a CAA view
D. O. N. James
Abstract
D. O. N. James
Abstract
The safety of civil aircraft is regulated through a process of airworthiness certification and the application of operational regulations. The main elements of airworthiness are: (i) certification of the design, (ii) compliance with airworthiness requirements, (iii) maintenance and reaction to service problems -continued airworthiness. The airworthiness requirements are developed through a process of discussion and consultation with all interested parties. Whilst the result is largely a consensus view, the ultimate authority rests with the airworthiness authority. In recent years there have been increased efforts to reduce national differences with the aim of producing a single international code. At present there are two, with European and US international pressures tending to work against ‘improving’ requirements unless there is a clearly recognised need.
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The safety of civil aircraft is regulated through a process of airworthiness certification and the application of operational regulations. The main elements of airworthiness are: (i) certification of the design, (ii) compliance with airworthiness requirements, (iii) maintenance and reaction to service problems -continued airworthiness. The airworthiness requirements are developed through a process of discussion and consultation with all interested parties. Whilst the result is largely a consensus view, the ultimate authority rests with the airworthiness authority. In recent years there have been increased efforts to reduce national differences with the aim of producing a single international code. At present there are two, with European and US international pressures tending to work against ‘improving’ requirements unless there is a clearly recognised need.
Key concepts: Airworthiness, Certification, Process (computing), Work (physics), Reliability (semiconductor), Service (business), Aeronautics, Engineering