Applications of Probabilistic Methods
- Aerospace Standard
Captures previous experience and lessons learned in the application of PM.
Tabulates public-domain applications, and several representative examples discussed in detail.
Notes relative merits and barriers to implementation.
Data Sets - Support Documents
|TABLE 1||Summary Table for|
|TABLE 2||Summary Table for|
|Unnamed Dataset 3|
|Unnamed Dataset 4|
|TABLE 3||Duffy Pad/Coupling Interference Summary (Design Model)|
|TABLE 4||Duffy Pad/Coupling Interference Summary (CMM Model)|
|TABLE 5||Coupling/Duffy Pad Clearance Contributors - Design Condition|
|TABLE 6||Coupling/Duffy Pad Clearance Contributors - CMM Data|
|TABLE 7||Valves Used for Probabilistic Model on PA 130E2 IM Container|
|TABLE 8||Deterministic Results of 7 ft Horizontal Drop Test|
|TABLE 9||Reliability Results of Analysis|
|TABLE 10||System Reliability|
|TABLE 11||Sensitivity Data|
|TABLE 12||CUS Reliability Analysis|
|TABLE 13||Case Study|
The G-11PM/UQ Committee is a part of SAE's G-11 Division. The Committee has the charter to facilitate industry consensus on Probabilistic Methods and Uncertainty Quantification approaches in order to enhance the competitiveness of industry by enabling more intelligent, affordable, and reliable product development and deployment life-cycles.