단일루프 단일벡터 방법을 이용한 신뢰성기반 위상최적설계

Reliability-Based Topology Optimization Using Single-Loop Single-Vector Approach

초록

The concept of reliability has been applied to the topology optimization based on a reliability index approach or a performance measure approach. Since these approaches, called double-loop single vector approach, require the nested optimization problem to obtain the most probable point in the probabilistic design domain, the time for the entire process makes the practical use infeasible. In this work, new reliability-based topology optimization method is proposed by utilizing single-loop single-vector approach, which approximates searching the most probable point analytically, to reduce the time cost. The results of design examples show that the proposed method provides efficiency curtailing the time for the optimization process and accuracy satisfying the specified reliability.

키워드

Topology Optimization위상최적설계Reliability-Based Topology Optimization신뢰성기반 위상최적설계Single-Loop Single-Vector Approach단일루프 단일벡터 방법Double-Loops Single-Vector Approach이중루프 단일벡터 방법Reliability Index신뢰성지수
제목
단일루프 단일벡터 방법을 이용한 신뢰성기반 위상최적설계
제목 (타언어)
Reliability-Based Topology Optimization Using Single-Loop Single-Vector Approach
저자
민승재방승현
발행일
2006-00
저널명
대한기계학회논문집 A
30
8
페이지
889 ~ 896