以Python整合有限元素商業軟體於重複性分析計算架構之開發：應用於結構可靠度分析
Date Issued
2004
Date
2004
Author(s)
DOI
922211E002075
Abstract
The research uses the advanced software design technology: OOP, OOAD and UML to
propose a computational framework for recursive analyses. The framework integrates commercial
FEM software ABAQUS and reliability analysis codes to carry out structural reliability analysis
by taking advantage of the great analysis capability of ABAQUS. The scripting language Python
is used to implement the proposed software framework. The features of Python including fast
gluing of different programs, clear syntax, and the flexibility of Python object during runtime
contribute to the implementation of the framework. The research also uses a general text-file
parser that provides a user interface based on XML to parse both the input and output files
generated from ABAQUS. Finally, the proposed framework is used to study the reliability of
framed structures and plate and shell structures under the service load and the limit load.
Subjects
Software design
Python
Structural Reliability Analysis
Response Surface Method
Publisher
臺北市：國立臺灣大學土木工程學系暨研究所
Type
report
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