论述分析模型参数化建模在飞机多学科优化设计中的重要意义,提出一种机翼气动与结构分析模型参数化建模方法。
The methodologies of Multidisciplinary Design Optimization(MDO)have revolutionary impacts on design field of flight vehicle, and have become a new independent discipline.
此外,我们想要完全地从逻辑模型分析出那些实现细节,并且在代码生成过程中将它们这些细节作为参数“粘贴进来”。
Furthermore, we would like to factor out those implementation details completely from the logical model and have them details "pasted in" as parameters during the code generation process.
在研究者建立完一个问题的模型之后,他们根据Patera帮助开发的分析技术,选择能够成功最小化错误的参数。
As the researchers build a problem model, they select parameters that will successively minimize error, according to analytic techniques Patera helped developed.
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