mdo

Conclusion TGF-β 1 may play an important role in angiogenesis and osteogenesis during MDO.

结论TGF-β1在下颌骨牵引成骨血运重建及新骨生成过程中发挥重要作用。

The optimization results of three simple examples and wing of Global Hawk show that this method has good generalization and has the ability to find good optimal solutions and it can be used in MDO conveniently, so it has great practical value in engineering design.

三个简单算例以及全球鹰机翼结构形状优化结果表明这种方法思路清晰，通用性较好，并具有较好的优化效果，适合用在MDO中。

An asynchronous parallel distributed coevolutionary MDO algorithm was proposed and was implemented in network distributed environment using CORBA.

此外，分布式多目标进化算法还非常适合在网络环境的多台微机上异步并行实现。

Conclusion: MDO can cause TMJ position change and light histological degeneration, but these changes can gradually rehabilitate in the future.

结论：MDO可造成TMJ解剖位置变化及组织形态较轻微的退行性变，但远期这些变化可以得到逐步修复。

After the shortcoming of IDF framework is analyzed and improved, BLH framework is brought forward as a new and better framework for 7000m HOV MDO design. ( 2) With BLH framework, MDO method is applied to AUV general conceptual design.

在IDF优缺点分析的基础上，提出了更加适合7000米载人潜水器总体设计的多学科设计优化框架改进方案-BLH。（2）采用BLH框架的多学科设计优化方法对AUV进行总体概念设计。

Surrogate model is a key element of the multidisciplinary design optimization ( MDO ) .

代理模型是多 学科 设计优化的关键技术之一.

Aim at the design complexity of the small arms product and the feature of multidisciplinary design optimization, this paper presented a large scale optimization model of small arms system base on MDO technology.

针对枪械产品的设计复杂性，结合多个学科领域优化的特点，提出应用多学科优化设计方法（MDO）来设计和优化武器产品。

However, existing methods of MDO under uncertainty generally consider only the aleatory uncertainty, methods considering the epistemic uncertainty are quite rare.

目前在考虑不确定性的多学科设计优化领域，已有的方法大都是针对随机不确定性，考虑认知不确定的多学科设计优化方法非常少见。

Methods: Ten rhesus monkeys were used to perform right MDO. After 5 days, latency period, the distractor was initiated at the rate of 0.5 mm × 2/ day, totally 15 days.

方法：恒河猴10只行右侧MDO，间歇期5d，牵引速度0.5mm×2次·d-1，共15d。

The System Design of Lunar Exploration Satellite Using MDO

基于MDO方法的月球探测卫星总体设计

Parameter optimization of satellite system is a typical problem of MDO ( Multidisciplinary Design Optimization ).

卫星总体参数优化是一个典型的多学科优化问题.

Collaborative optimization ( CO ) in multidisciplinary design optimization ( MDO ) consists of system-level and several discipline levels.

协同优化 ( CO ) 作为一种多学科设计优化 ( MDO ) 方法,包括两级优化:系统级和若干个学科级.

The performance calculation of the overall engine is the base of MDO. To solve the limits and low accuracy problems of 0-D calculation, a 2-D model has been developed.

本文针对传统的零维性能计算的局限性和不精确性，进行了发动机S2性能计算研究，并提出了一种基于二维模型的发动机整机多学科设计优化方法。