AECTP-600 : 2007
Current
The latest, up-to-date edition.
THE TEN STEP METHOD FOR EVALUATING THE ABILITY OF MATERIEL TO MEET EXTENDED LIFE REQUIREMENTS AND ROLE AND DEPLOYMENT CHANGES
Hardcopy , PDF
English
04-18-2007
1 SCOPE
1.1 Purpose
1.2 Application
1.3 Limitations
2 RELATED DOCUMENTS
3 INTRODUCTION TO THE METHOD
4 PROVISIONS AND BENEFITS
5 THE TEN STEPS
5.1 Step 1: Research the original Life cycle Environmental
Profile
5.2 Step 2: Research life history and prepare LCEP
5.3 Step 3: Prepare an LCEP for the extended life
5.4 Step 4: Compare LCEPs
5.5 Step 5: Evaluate adverse deltas to determine potentially
critical cases
5.6 Step 6: Determine the probable critical cases that
require additional treatment
5.7 Step 7: Formulate treatment options fro each probable
critical case
5.8 Step 8: Select options and compile work programme
5.9 Step 9: Undertake the planned tasks
5.10 Step 10: Evaluate results from the tasks and compile
statement
6 CONCLUDING REMARKS
ANNEX A: A DEMONSTRATION OF THE TEN STEP METHOD
ANNEX B: RELATIONSHIP BETWEEN ENVIRONMENTAL CONDITIONS AND
ENVIRONMENTAL DESCRIPTIONS FOR TYPICAL LCEP CONDITIONS
ANNEX C: BIBLIOGRAPHY
ANNEX D: GUIDANCE FOR THE ENGINEERING PRACTITIONER
Leaflet 601 Reverse engineering
Leaflet 602 Time compression
Leaflet 603 Incremental acquisition
Leaflet 604 Physics of failure
Leaflet 605 Information requirements for LCEPs
(Steps 1 to 3)
Leaflet 606 Probabilistic analyses
Leaflet 607 Materiel role and deployment changes
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