 Goals ▪ Loose coupling ▪ Portability, plug-and-play compatibility ▪ Insulation from change ▪ Independent evolution  Strong Suggestions ▪ Do not expose details, only interfaces ▪ Depend only on other interfaces

A methodology for the design of complex engineering systems and subsystems that coherently exploits the synergism of mutually interacting phenomena Optimal design of complex engineering systems which

In order to be able to design a robust compensator to control a given pro cess, it is necessary not only to specify a nominal mo del of the process, but also the model uncert ainty to which the control sy stem has to be robust. The compensator is required to make the output follow variations in the reference signal and to attenuate disturbances. Hence to design the com- pensator

Part I General lean concepts in factory design Part Introduction Manufacturing System Design Framework Validation research results Conclusions

什么是设计模式 设计模式要素 设计模式的分类 几种设计模式的介绍 创建型模式 结构型模式 行为模式

Design Patterns  Why, What, How  Creational, Structural and Behavioral Patterns

Design Patterns  Why, What, How  Creational, Structural and Behavioral Patterns

碱性浸矿细菌是处理碱性脉石矿物的新型高效菌株.为提高碱性浸矿细菌(Providencia sp.)的浸矿适应性和浸出率,首次对其进行铜矿浆驯化和紫外诱变改良.使用Design Expert-8软件对改良菌株进行三因素三水平Box-Behnken试验设计与结果分析,考察矿浆中固相质量浓度、接种量和温度三个因素与浸出率之间的关系,利用Design Expert-8软件对试验条件进行优化,确定改良菌株最佳浸出条件,并得到浸出率预测模型.在最佳浸出条件下对改良菌株与原始菌株别进行浸出试验,比较二者在改良前后生长及浸出率的变化情况.结果显示:改良菌株能更好适应矿浆环境,细菌浓度最高时可达6.5×108mL-1左右,浸出率达到了50.57%;而改良前细菌浓度最高只有3×108mL-1,浸出率也只有29.03%

The algorithm principles, features of the software package MOD and comparative study of the algorithim are presented. At the end of the algorithm perfermance curves and the evalutive results, and the design examples for mechanical engineering are given

4.6.1可靠性设计 4.6.2优化设计 4.6.3计算机辅助设计