Research Area: | Research Publication | Year: | 2010 | ||
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Type of Publication: | Technical Report | ||||
Authors: | Honda, Tomonori; Ciucci, Francesco; Kansara, Saket; Lewis, Kemper; Yang, Maria | ||||
Abstract: | The process of designing large engineering systems can involve extensive sharing of
resources among many competing subsystems. These resources may be represented as
design parameters that are shared between the system level and each subsystem.
Frameworks for understanding the role of the choice of system level design variables on
overall system design may be valuable for the synthesis of complex engineering systems. This
paper examines the outcome of Multidisciplinary Design Optimization (MDO) using three
distinct combinations of system level variables on a satellite design example. The results of
these sets of system level variables are compared on their convergence time and robustness. |
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Comments: | Multidisciplinary Analysis Optimization Conference |
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Full text: AIAA-2010-9026.pdf
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