Efficient Optimum Safety Factor Approach For System Reliability-based Design Optimization With Application To Composite Yarns - Info and Reading Options

"Efficient Optimum Safety Factor Approach For System Reliability-based Design Optimization With Application To Composite Yarns" and the language of the book is English.

“Efficient Optimum Safety Factor Approach For System Reliability-based Design Optimization With Application To Composite Yarns” Metadata:

Title: ➤ Efficient Optimum Safety Factor Approach For System Reliability-based Design Optimization With Application To Composite Yarns
Language: English

“Efficient Optimum Safety Factor Approach For System Reliability-based Design Optimization With Application To Composite Yarns” Subjects and Themes:

Subjects: ➤ Reliability-Based Design Optimization - Structural Reliability - Safety Factors - Fatigue Damage Analysis - Multi Failure Scenarios

Edition Identifiers:

Internet Archive ID: 221-230_202108

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Introduction. The integration of reliability and optimization concepts seeks to design structures that should be both economic and reliable. This model is called Reliability-Based Design Optimization (RBDO). In fact, the coupling between the mechanical modelling, the reliability analyses and the optimization methods leads to very high computational cost and weak convergence stability. Materials andMethods. Several methods have been developed to overcome these difficulties. The methods called Reliability Index Approach (RIA) and Performance Measure Approach (PMA) are two alternative methods. RIA describes the probabilistic constraint as a reliability index while PMA was proposed by converting the probability measure to a performance measure. An Optimum Safety Factor (OSF) method is proposed to compute safety factors satisfying a required reliability level without demanding additional computing cost for the reliability evaluation. The OSF equations are formulated considering RIA and PMA and extended to multiple failure case.Research Results. Several linear and nonlinear distribution laws are applied to composite yarns studies and then extended to multiple failure modes. It has been shown that the idea of the OSF method is to avoid the reliability constraint evaluation with a particular optimization process.Discussion and Conclusions. The simplified implementation framework of the OSF strategy consists of decoupling the optimization and the reliability analyses. It provides designers with efficient solutions that should be economic satisfying a required reliability level. It is demonstrated that the RBDO compared to OSF has several advantages: small number of optimization variables, good convergence stability, small computing time, satisfaction of the required reliability levels.

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