卫星总体参数优化是一个典型的多学科优化问题。
Parameter optimization of satellite system is a typical problem of MDO (Multidisciplinary Design optimization).
并建立了一个规模适当，结构合理的多学科优化模型。
An optimization model of multiple subjects, which has a proper scale and reasonable structure, has been established.
提出了一种解决多学科优化中目标函数和约束不确定性的方法。
A method was suggested to solve the multidisciplinary optimization problem with uncertainty both in objective function and constraints.
围绕如何建立多学科优化模型，分析了复杂系统中耦合变量的表现形式。
How to establish the optimization model of multiple subjects, for this reason, manifestation of the coupling variable in the complex system.
多学科优化设计的两大难点是子学科间的信息交换和系统分析计算的复杂性。
There are two challenges facing the complex Multidisciplinary Optimization Design, which include information exchange among coupled subsystems and complexity of system analysis.
根据航空电子设备的特点，提出并建立了电子设备多学科优化设计平台的体系结构。
According to the avionics equipment properties, the architecture of MDO (Multidisciplinary Design Optimization) platform for electronic equipment is presented and constructed.
针对高空长航时无人机族气动外形优化问题，通过借鉴多学科优化中的二级优化和代理模型方法。
A two-level aerodynamic optimization method based on surrogate models is proposed for aerodynamic optimization of high altitude long endurance UAV family configuration design.
协作优化就是一种多学科优化方法，它适用于多学科分析环境，尤其适用于大型分布式分析问题。
Collaborative optimization (CO), as a typical MDO method, is well suited to multidisciplinary design environment, especially large-scale distributed analysis problem.
多学科优化作为一种新的设计方法，已经成功地应用在很多领域，如飞机制造，太空船，汽车制造等。
MDO has been used for a variety of applications in such as aerospace, aircraft, and automobile industries as an efficient methodology of design optimization.
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.
采用单学科优化和多学科优化相结合的方法对常规气动布局进行了气动外形优化，并比较分析了单、多学科的优化结果，得出重要结论。
The aerodynamic figuration of the normal MAV configuration was optimized applying the method of the combinative of single and multidisciplinary design optimization.
所以呢，彼得罗不忙于裸身拍摄Equinox广告的时候，他就发表发表论文，比如《基于反求设计的轴流式涡轮机快速3d多目标多学科优化方法》。
So when Pietro isn't busy posing nude for Equinox ads he's publishing papers like, "An Inverse Design Based Methodology for Rapid 3d Multi-Objective-Multidisciplinary Optimization of Axial Turbines."
研究提出控制学科在回路的多学科设计优化方法。
In this paper, multidisciplinary design optimization method with control discipline in the loop is studied.
代理模型是多学科设计优化的关键技术之一。
Surrogate model is a key element of the multidisciplinary design optimization ( MDO ) .
针对层级系统的优化设计问题，研究了多学科层级协调优化方法。
This paper studied multidisciplinary hierarchic compatibility design optimization method for design of hierarchic system.
算例结果表明，本方法提供了一种对翼型既可作气动优化设计亦可进行多学科综合设计的有效工具。
Numerical results show that the present method is an effective and robust tool for designing or revising airfoils, as well as for multi disciplinary optimization.
多学科分析与优化已成为近年来飞行器设计的重要研究方法。
Multdisciplinary analysis and optimization is recently becoming a important flight controller design's research method.
实际复杂工程优化问题是一项需要多学科综合知识才能解决的问题；
The research job of this paper indicates:The optimization problem of practical complex engineering needs multiple subjectsynthetically knowledge to resolve.
针对冲击凿岩机的特点，探讨了在多学科设计优化框架内进行不确定性分析与稳健设计的有关问题，并就冲击凿岩机的设计要点进行了详细地讨论。
Some problems of uncertainty analysis and robust design under the framework of multidisciplinary design optimization are researched, and design Outlines of drill are discussed in detail.
本文在上述基础上应用并行子空间优化设计（CSSO）算法对无尾飞翼式攻击型无人机进行多学科一体化设计。
One of major contributions in this research is an application of Concurrent Subspace Optimization (CSSO) to the preliminary design of aggressive tailless Unmanned Aerial Vehicle.
本文的研究工作表明：实际复杂工程优化问题是一项需要多学科综合知识才能解决的问题；
The research job of this paper indicates: The optimization problem of practical complex engineering needs multiple subject synthetically knowledge to resolve.
本文依据多学科设计优化中可变复杂度建模的思想，以月球探测卫星为背景型号建立了卫星的两级可变复杂度模型。
Based on the thought of variable-complexity modeling in multidisciplinary design optimization, a two level variable-complexity model is established with the background of moon exploring satellite.
为了提高卫星总体设计质量，对基于不确定性多学科设计优化(UMDO)的卫星总体设计方法进行研究。
To enhance satellite system design quality, the satellite system design based on Uncertainty Multidisciplinary design Optimization (UMDO) is studied in this paper.
而要实现多学科集成优化设计，就必须要有集成设计框架软件的支持。
But in order to realize multidisciplinary integration optimize design, it's must to have the support of integration design framework software.
根据月球探测卫星任务及环境的特点，在将多学科设计优化(MDO)方法用于卫星总体概念阶段的设计。
Multidisciplinary design optimization (MDO) was used in conceptual system design for lunar exploration satellite according to the task and characteristics of the lunar satellite in this paper.
强调了在机械制造中，要实现高速加工，必须集成、优化多学科和多领域的知识，实施系统工程技术。
To integrate and optimize knowledge of many subject and many domains are needs to realize high speed machining, and will require that practice system engineering technology.
多学科设计优化(MDO)被认为是目前处理海洋结构物设计的有效方法。
As an effective method for Marine design, Multidisciplinary design Optimization (MDO) has recently become focus of many ship research institutes.
针对带子星航天器总体参数多学科设计优化（MDO）问题，进行系统任务分析和学科耦合关系分析。
For the multidisciplinary design optimization (MDO) of spacecraft with sub-vehicles, system mission requirements and disciplinary coupling relations are analyzed.
介绍了多学科设计优化计算过程中存在的不确定性问题以及不确定性对设计过程和设计结果的影响。
The uncertainty in the multidisciplinary design optimization process and the effects of the uncertainty on design process and design result are introduced.
介绍了多学科设计优化计算过程中存在的不确定性问题以及不确定性对设计过程和设计结果的影响。
The uncertainty in the multidisciplinary design optimization process and the effects of the uncertainty on design process and design result are introduced.
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