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A Non-probabilistic Reliability Method for the Design of Mechanical Components

Feng Yuan-sheng

Open publisher page 1 citations

Abstract

In many complicated and important technological situations, the inability to verify the details of a probabilistic model may lead to significant inaccuracy in the reliability analysis. In this paper, a new non- probabilistic method for the reliability design of the strength of mechanical elements is presented, in which, the uncertain parameters are described by interval variables. It is shown by the example that the proposed method is efficienty and feasible.

About this research paper

What this paper is about

In many complicated and important technological situations, the inability to verify the details of a probabilistic model may lead to significant inaccuracy in the reliability analysis. In this paper, a new non- probabilistic method for the reliability design of the strength of mechanical elements is presented, in which, the uncertain parameters are described by interval variables. It is shown by the example that the proposed method is efficienty and feasible.

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Available abstract

In many complicated and important technological situations, the inability to verify the details of a probabilistic model may lead to significant inaccuracy in the reliability analysis. In this paper, a new non- probabilistic method for the reliability design of the strength of mechanical elements is presented, in which, the uncertain parameters are described by interval variables. It is shown by the example that the proposed method is efficienty and feasible.

Key concepts: Probabilistic logic, Probabilistic design, Reliability (semiconductor), Reliability engineering, Probabilistic method, Structural reliability, Computer science, Interval (graph theory)

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