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MIL-STD-1530C

AIRCRAFT STRUCTURAL INTEGRITY PROGRAM (ASIP)

contributor authorAIR FORCE - 71 - Air Force Sustainment Center - Oklahoma City
date accessioned2017-09-04T17:18:46Z
date available2017-09-04T17:18:46Z
date copyright38657
date issued2005
identifier otherZLQOIBAAAAAAAAAA.pdf
identifier urihttp://yse.yabesh.ir/std;query=autho162/handle/yse/142045
description abstractThis standard describes the USAF Aircraft Structural Integrity Program (ASIP) which defines the requirements necessary to achieve structural integrity in USAF aircraft while managing cost and schedule risks through a series of disciplined, time-phased tasks. It provides direction to government personnel and contractors engaged in the development, production, modification, acquisition, and/or sustainment of USAF aircraft. Intended Use: This standard is intended as a foundation to establish and conduct an ASIP for all USAF aircraft developed to perform combat and support missions in environments unique to military weapons systems, and may be used by other agencies at their discretion. Contractual documents may contain tailored requirements for each program, based on the content herein.
languageEnglish
titleMIL-STD-1530Cnum
titleAIRCRAFT STRUCTURAL INTEGRITY PROGRAM (ASIP)en
typestandard
page42
statusActive
treeAIR FORCE - 71 - Air Force Sustainment Center - Oklahoma City:;2005
contenttypefulltext
subject keywordsaeroacoustics
subject keywordsaircraft structure
subject keywordscorrosion
subject keywordscracking
subject keywordsdamage tolerance
subject keywordsdurability
subject keywordseconomic life
subject keywordsfatigue
subject keywordsflight test
subject keywordsflutter
subject keywordsforce management
subject keywordsground test
subject keywordsloads
subject keywordsmass
subject keywordsnondestructive inspection (NDI)
subject keywordsprobability of failure
subject keywordsproof test
subject keywordsrisk
subject keywordsservice life
subject keywordsstatic test
subject keywordsstrength
subject keywordssustainment
subject keywordsvibration
subject keywordsweight and balance
subject keywordswidespread fatigue damage


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