TR201: Fully Constrained Design: a Scalable Method for Discrete Member Sizing Optimization of Steel Frame Structures
Abstract/Contents
- Abstract
- Fully Constrained Design (FCD) is a new method for discrete sizing optimization of steel frames. Based on the optimality criteria approach, FCD features a distinct approach to constraint handling and the generation of new designs that makes the method scalable to large problems and applicable when the problem objective and/or constraint functions are discontinuous. FCD is tested on several truss structures and compares favorably to optimality criteria and heuristic methods in terms of solution quality and computational efficiency, respectively. A successful industry application of the method is presented to demonstrate the scalability of the method and its suitability for industry application.
Description
Type of resource | text |
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Date created | September 2011 |
Creators/Contributors
Author | Flager, Forest | |
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Author | Soremekun, Grant | |
Author | Adya, Akshay | |
Author | Shea, Kristina | |
Author | Haymaker, John | |
Author | Fischer, Martin |
Subjects
Subject | CIFE |
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Subject | Center for Integrated Facility Engineering |
Subject | Stanford University |
Subject | 3-D |
Subject | Design |
Subject | Optimization |
Subject | Process Models Product Models |
Subject | Simulation |
Subject | structural design |
Subject | Virtual Design and Construction |
Genre | Technical report |
Bibliographic information
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- Use and reproduction
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Preferred citation
- Preferred Citation
- Flager, Forest and Soremekun, Grant and Adya, Akshay and Shea, Kristina and Haymaker, John and Fischer, Martin. (2011). TR201: Fully Constrained Design: a Scalable Method for Discrete Member Sizing Optimization of Steel Frame Structures. Stanford Digital Repository. Available at: http://purl.stanford.edu/zj189dj3601
Collection
CIFE Publications
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- Contact
- forest@stanford.edu
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