MULTIDISCIPLINARY TOPOLOGY-BASED OPTIMIZATION IN DESIGN OF AIRCRAFT STRUCTURAL LAYOUTS

机译：飞机结构布局设计中基于多学科拓扑的优化

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An integrated structural optimization methodwhich includes the use of topology/shape/sizingoptimization in the computational environmentwith analysis of the aerodynamic/inertial loadsis proposed. Structural design procedure andmain features concerning the optimizationproblems are discussed. Some test numericalexamples and aero-structural optimization ofaircraft wings are considered.

机译：综合结构优化方法其中包括拓扑/形状/大小的使用计算环境中的优化带有空气动力学/惯性载荷的分析被提议。结构设计程序和优化的主要特征问题进行了讨论。一些测试数值的实例和航空结构优化考虑飞机机翼。

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《Congress of the International Council of the Aeronautical Sciences;International Council of the Aeronautical Sciences》|2014年|1-8|共8页
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K.A. Balunov; V.V. Chedrik; S.A. Tuktarov; V.M. Uskov;
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MDO; topology optimization; shape optimization; aircraft design;

机译：MDO ;;拓扑优化;;形状优化;;飞机设计;

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1. Multidisciplinary design optimization of a structurally nonlinear aircraft wing via parametric modeling [J] . Chanwoo Park, Chang-Yeol Joh, Young-Sang Kim International Journal of Precision Engineering and Manufacturing . 2009,第2期

机译：基于参数化建模的结构非线性飞机机翼的多学科设计优化
2. Multidisciplinary Design Optimization of a Structurally Nonlinear Aircraft Wing via Parametric Modeling [J] . Chanwoo Park, Chang-Yeol Joh, Young-Sang Kim International Journal of Precision Engineering and Manufacturing . 2009,第2期

机译：基于参数化建模的结构非线性飞机机翼的多学科设计优化
3. Cooperation and competition in multidisciplinary optimization: Application to the aero-structural aircraft wing shape optimization [J] . Désidéri J.-A. Computational optimization and applications . 2012,第1期

机译：多学科优化中的合作与竞争：在航空结构飞机机翼形状优化中的应用
4. MULTIDISCIPLINARY TOPOLOGY-BASED OPTIMIZATION IN DESIGN OF AIRCRAFT STRUCTURAL LAYOUTS [C] . K.A. Balunov, V.V. Chedrik, S.A. Tuktarov, Congress of the International Council of the Aeronautical Sciences . 2014

机译：基于多学科拓扑的飞机结构布局设计优化
5. Multidisciplinary design and optimization (MDO) methodology for the aircraft conceptual design. [D] . Iqbal, Liaquat Ullah. 2009

机译：飞机概念设计的多学科设计和优化（MDO）方法。
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7. COOPERATION AND COMPETITION IN MULTIDISCIPLINARY OPTIMIZATION Application to the aero-structural aircraft wing shape optimization [O] . Désidéri Jean-Antoine 2012

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8. Rapid Assessment of Aircraft Structural Topologies for Multidisciplinary Optimization and Weight Estimation [R] . Samareh, Jamshid A., Sensmeier, mark D., Stewart, Bret A. 2006

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MULTIDISCIPLINARY TOPOLOGY-BASED OPTIMIZATION IN DESIGN OF AIRCRAFT STRUCTURAL LAYOUTS

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