Evolutionary Computation in Structural Design

被引：0

作者：

K. Murawski

T. Arciszewski

K. De Jong

机构：

[1] Visiting Scholar,

[2] IT&E School,undefined

[3] George Mason University,undefined

[4] Fairfax,undefined

[5] VA,undefined

[6] USA. Military University of Technology,undefined

[7] Warsaw,undefined

[8] Poland,undefined

[9] Civil Environment and Infrastructure Engineering Department,undefined

[10] IT&E School,undefined

[11] George Mason University,undefined

[12] Fairfax,undefined

[13] VA,undefined

[14] USA,undefined

[15] Computer Science Department,undefined

[16] IT&E George Mason University,undefined

[17] Fairfax,undefined

[18] VA,undefined

[19] USA,undefined

来源：

Engineering with Computers | 2000年 / 16卷

关键词：

Keywords:Conceptual design; Design experiments; Evolutionary computation; Integrated design paradigm; Inventor 2000; Structural design;

D O I：

暂无

中图分类号：

学科分类号：

摘要：

The paper provides the results of preliminary research on the application of evolutionary computation to integrated structural design in which a complex design support tool automatically conducts both conceptual and detailed design. In the paper, a brief overview of the state of the art in evolutionary computation and its applications to structural design is provided. Next, Inventor 2000 is described, a unique research and structural design tool developed by the authors at George Mason University that combines an evolutionary computation component with a system for wind forces analysis, and a system for the analysis, design and optimisation of steel structures. The paper also presents the results of four structural design experiments conducted with Inventor 2000. The objective of experiments was to investigate various forms of evolutionary computation as applied to structure design. Finally, the paper provides the initial research conclusions and recommendations for further research.

引用

页码：275 / 286

页数：11

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