logo

Standards Manage Your Business

We Manage Your Standards

SAE

SAE 2017-01-0206 : 2017

Time-Dependent Reliability Analysis Using a Modified Composite Limit State Approach

Standard Details

Recent developments in time-dependent reliability have introduced the concept of a composite limit state. The composite limit state method can be used to calculate the time-dependent probability of failure for dynamic systems with limit-state functions of input random variables, input random processes and explicit in time. The probability of failure can be calculated exactly using the composite limit state if the instantaneous limit states are linear, forming an open or close polytope, and are functions of only two random variables. In this work, the restriction on the number of random variables is lifted. The proposed algorithm is accurate and efficient for linear instantaneous limit state functions of any number of random variables. An example on the design of a hydrokinetic turbine blade under time-dependent river flow load demonstrates the accuracy of the proposed general composite limit state approach.

Cross Reference:

General Information

Status : ACTIVE
Standard Type: Main
Document No: SAE 2017-01-0206 : 2017
Document Year: 2017

Life Cycle

Currently Viewing

ACTIVE
SAE 2017-01-0206 : 2017
Knowledge Corner

Expand Your Knowledge and Unlock Your Learning Potential - Your One-Stop Source for Information!

© Copyright 2024 BSB Edge Private Limited.

Enquire now +